Presentación de PowerPoint...Presentación del Informe de Transición Energética a 2030, parte II. ¿Cómo llegar a 2030? 6. Actualización del sector a nivel internacional 7. Monitoreo

5ordf reunioacuten del GT de Tecnologiacuteas de Concentracioacuten26octubre2018

Grupo de Trabajo de Tecnologiacuteas de Concentracioacuten

Agenda

1 Informacioacuten General de la Plataforma Tecnoloacutegica

2 Presentacioacuten de los datos actualizados de generacioacuten termosolar Espantildea y EEUU

3 I+D Proyectos Europeos de Reduccioacuten de Consumos de Agua (WASCOP amp SOLWATT)

1 Actividades relacionadas con limpieza de campo solar - TEKNIKER

2 Actividades relacionadas con la refrigeracioacuten y el tratamiento de aguas ndash PSA

4 Laboratorio moacutevil de anaacutelisis de HTF ndash JMVizcaiacuteno

5 Presentacioacuten del Informe de Transicioacuten Energeacutetica a 2030 parte II iquestCoacutemo llegar a 2030

6 Actualizacioacuten del sector a nivel internacional

7 Monitoreo del sector de las bateriacuteas

8 Ruegos y Preguntas

26102018 GT Tecnologiacuteas de Concentracioacuten 2

1 Informacioacuten General de la Plataforma TecnoloacutegicaSituacioacuten Administrativa - Incertidumbre


iquestA quieacuten afecta esta situacioacutenbull A todas la Plataformas Tecnoloacutegicas (43) de distintos sectores Energiacutea Transporte Alimentacioacuten Industria

Redes eleacutectricashellip iquestCoacutemo se ha venido funcionando en 2018

bull Se ha extendido el plazo de ejecucioacuten de la anualidad 2017 Hasta mediados de 2018 se ha estado operando con el presupuesto de la anualidad 2017 Desde julio de 2018 no tenemos certeza de que haya una resolucioacuten que cubra los costes incurridos

Contextobull las Plataformas se crearon hace maacutes de 10 antildeos el primer antildeo en el que no hubo convocatoria fue en 2013 a

partir de 2014 se establecioacute el reacutegimen de MINIMIS que ha limitado mucho las actuaciones Antecedentes (2017)

bull A finales de 2017 se preveiacutea que el Plan Nacional de I+D+i se aprobase en el Q1 de 2018 tras la aprobacioacuten de los Presupuesto Generales del Estado Se preveiacutea que la convocatoria de Plataformas saliese en el Q2 de 2018 Se contaba con recibir el ingreso de 2018 en el Q3 de 2018

Cambio de Gobierno en 2018 (jun2018)bull Se aprecia una buena predisposicioacuten hacia las Plataformas Tecnoloacutegicas por parte del Ministerio de Ciencia

Innovacioacuten y Universidades (hasta la fecha dependiacuteamos del Ministerio de Economiacutea Industria y Competitividad)



Acciones recientesbull Los rumores acerca de la continuidad o no de las Plataformas Tecnoloacutegicas hizo que nos agrupaacuteramos una serie

de Plataformas alrededor de 20 para hacerle llegar a Secretaria de Estado de Universidades Investigacioacuten Desarrollo e Innovacioacuten (Aacutengeles Heras) una carta el 21jun2018 en la que le solicitaacutebamos una reunioacuten para aclarar la situacioacuten

bull Las gestiones por parte del grupo para contactar con Aacutengeles Heras se materializaron al conseguir una reunioacuten con ella el martes 4 de septiembre

bull El resultado de la reunioacuten en el Ministerio se detalla a continuacioacuteno Se mantuvo en su praacutectica totalidad con su Directora de Gabineteo La Directora de Gabinete no conociacutea en profundidad a las Plataformas Tecnoloacutegicas En el transcurso de la

reunioacuten realizoacute muchas preguntas para conocer en detalle el funcionamiento de las mismaso Por parte de la Directora de Gabinete se percibioacute una buena predisposicioacuten hacia las Plataformas Aprecioacute

especialmente la relacioacuten con universidades y CCAAo No se pudo comprometer a decir que iba a salir una convocatoria para las Plataformaso Nos indicoacute que las Plataformas dependen de la Directora General de Investigacioacuten Desarrollo e Innovacioacuten

(Teresa Riesgo) bull Reunioacuten con la DG I+D+i el viernes 28sept2018 Desde entonces se sabe que saldraacute la convocatoria en el Q4 de

2018 sin haberse recibido comunicacioacuten oficial al respecto

2 Datos Generacioacuten termosolar en EspantildeaDatos generacioacuten enero ndash septiembre 2018


-

1000

2000

3000

4000

5000

6000

GW

h

Solar TermoeleacutectricaCurva de Generacioacuten Medida Acumulada anual 2009 -

2018

2009 2010 2011 2012 2013

2014 2015 2016 2017 2018

AntildeoGeneracioacuten Termosolar

en Espantildea2009 130 GWh2010 692 GWh2011 1832 GWh2012 3444 GWh2013 4442 GWh2014 4959 GWh2015 5085 GWh2016 5071 GWh2017 5347 GWh2018

Enero - septiembre3944 GWh

AntildeoComparativa de la generacioacuten

acumulada enero ndash septiembre 2018 frente al mismo periodo de otros antildeos

2018Enero - septiembre

3944 GWh

2014 -1152015 -142016 -1292017 -142

2 Datos Generacioacuten termosolar en EspantildeaComparativa mensual 2017 vs 2018


Comparando la generacioacuten anual desglosada mes a mes con la del antildeo anterior se observa como la primavera de 2018 ha sido menos soleada que la de 2017El verano a pesar de conseguir un valor de generacioacuten mayor en julio tambieacuten ha sido menos soleado que en el 2017

0100200300400500600700800900

1000

GW

h

Solar Teacutermoeleacutectrica - Comparativa de generacioacuten 2017 vs 2018

2017 2018

2 Datos Generacioacuten termosolar en EspantildeaDesglose de generacioacuten termosolar por provincias acumulado 2018


ProvinciaPRODUCCIOacuteN

enero ndash septiembre2018 (GWh)

Badajoz 1146 29Sevilla 689 17

Ciudad Real 586 15

Coacuterdoba 460 12

Granada 334 8

Caacuteceres 329 8Caacutediz 224 6

Alicante 76 2Lleida 66 2

Murcia 33 1

TOTAL 3944 100

2 Datos Generacioacuten termosolar en EspantildeaComplementariedad del recurso renovable en Espantildea a nivel geograacutefico


EOacuteLI

CA

FOTO

VO

LTA

ICA

TER

MO

SOLA

R

HID

RA

UacuteLI

CA

GT Tecnologiacuteas de Concentracioacuten 8

EOacuteLI

CA

FOTO

VO

LTA

ICA

TER

MO

SOLA

R

HID

RA

UacuteLI

CA

Generacioacuten medida de enero a septiembre por provincias

2 Datos Generacioacuten termosolar en EspantildeaDesglose de generacioacuten de renovables de enero a septiembre de 2018


-

10000000

20000000

30000000

40000000

50000000

60000000

70000000

80000000

90000000

2014 2015 2016 2017 Media 201417 2018

ENERO-SEPTIEMBRE Generacioacuten medida Solar Teacutermica Solar Fotovoltaica Eoacutelica Hidraacuteulica (MWh)

+1



-

1000000

2000000

3000000

4000000

5000000

2014 2015 2016 2017 Media201417

2018

ENERO-SEPTIEMBRE Generacioacuten medida Solar teacutermica (MWh)

-

2000000

4000000

6000000

8000000

2014 2015 2016 2017 Media201417

2018

ENERO-SEPTIEMBRE Generacioacuten medida Solar fotovoltaica (MWh)

-

10000000

20000000

30000000

40000000

50000000

2014 2015 2016 2017 Media201417

2018

ENERO-SEPTIEMBRE Generacioacuten medida Eoacutelica Terrestre (MWh)

-

5000000

10000000

15000000

20000000

25000000

30000000

35000000

2014 2015 2016 2017 Media201417

2018

ENERO-SEPTIEMBRE Generacioacuten medida Hidraacuteulica (MWh)

-13

-3

-5

+12

Distintos escenarios de cambio climaacutetico rarr Reduccioacuten de lluvias en la peniacutensula


2 Datos Generacioacuten termosolar en USADatos hasta julio 2018 incluidos




Generacioacuten acumulada hasta julio

(GWh)

2015 1986

2016 2129

2017 2011

2018 2239

Comparativa de la generacioacuten acumulada

enero ndash julio 2018 frente al mismo

periodo de otros antildeos

2015 +13

2016 +5

2017 +11

2 Datos Generacioacuten termosolar en USASEGS Plants Net Electricity Generation


Plant Tech MWStartYear

Years todate

SEGS III PT 30 1985 33

SEGS IV PT 30 1989 29

SEGS V PT 30 1989 29

SEGS VI PT 30 1989 29

SEGS VII PT 30 1989 29

SEGS VIII PT 80 1989 29

SEGS IX PT 80 1990 28

2 Datos Generacioacuten termosolar en USANevada Solar one (NSO) Net Electricity Generation


Developer

HTF ndash Aceite Teacutermico NREL Estimated Electricity Generation

MWhyr = 134000 Solar Field Aperture Area (m2)= 357200 Potencia Instalada = 72 MW Almacenamiento = 05h Nevada USA

2 Datos Generacioacuten termosolar en USA Solana Generating Station Net Electricity Generation


Developer


MWhyr = 944000 Solar Field Aperture Area (m2)= 2200000 Potencia Instalada = 250 MW Almacenamiento = 6h Arizona USA

2 Datos Generacioacuten termosolar en USA Genesis Solar Energy Project Net Electricity Generation


Developer


MWhyr = 580000 Potencia Instalada = 250 MW Almacenamiento = 0h California USA

2 Datos Generacioacuten termosolar en USAIvanpah Net Electricity Generation


Developer

HTF ndash Vapor de agua NREL Estimated Electricity Generation

MWhyr = 1080000 Solar Field Aperture Area (m2)= 2600000 Potencia Instalada = 377 MW Almacenamiento = 0h California USA

2 Datos Generacioacuten termosolar en USA Mojave Solar Project Net Electricity Generation


Developer



2 Datos Generacioacuten termosolar en USA Crescent Dunes Solar Energy Project (Tonopah) Net Electricity Generation


Developer

HTF ndash Sales Fundidas NREL Estimated Electricity Generation


httpwwwearthcamnetgetimagehdplayerhdplayerphpp5b5d=etlV0DMcampa=1amparatio=trueampr=300amplabel=3

LINK A WEBCAM


bull Actividades relacionadas con limpieza de campo solar TEKNIKER

bull Actividades relacionadas con la refrigeracioacuten y el tratamiento de aguas PSA


4 Laboratorio moacutevil de anaacutelisis de HTFJM Vizcaiacuteno






Teresa Ribera y Arias Cantildeete se reuacutenen en Madrid para hablar sobre el plan nacional integrado de energiacutea y clima

un documento estrateacutegico en el que deben definir y acordar las sendas a seguir en materia de energiacutea y clima identificar retos y

oportunidades facilitando la coherencia y la solidez asiacute como las perspectivas seguras para inversores sobre todo en materia de energiacutea

limpia que permita que el conjunto de los sectores emisores aporten su esfuerzo para lograr los objetivos marcados en el horizonte 2030

Leer mas httpswwweuropapressessociedadmedio-ambiente-00647noticia-teresa-ribera-arias-canete-reunen-madrid-hablar-plan-nacional-integrado-energia-clima-20180716194525html

Energiacutea garantizaraacute un incentivo adecuado para mantener las plantas de cogeneracioacuten actuales

Domiacutenguez (SEE) recordoacute que el Gobierno se comprometeraacute con una hoja de ruta a 2030 dentro del Plan Nacional Integrado de

Energiacutea y Clima que remitiraacute a Bruselas antes de finales de este antildeo para instalar 5000 MW al antildeo hasta 2030 con el objetivo

de alcanzar el objetivo de una generacioacuten eleacutectrica del 70 renovable al final de ese periodo lo que nos obliga a la instalacioacuten del orden de 50 gigavatios GW

Leer mas httpswwweuropapresseseconomiaenergia-00341noticia-energia-garantizara-incentivo-adecuado-mantener-plantas-cogeneracion-actuales-20181023112753html

6 Actualizacioacuten del sector a nivel internacionalCSP a nivel mundial


-

1000

2000

3000

4000

5000

6000

7000

-

200

400

600

800

1000

1200

1400

MW

MW

Evolucioacuten de la potencia instalada termosolar a nivel mundialSaudi Arabia

Kuwait

France

Mexico

Israel

China

South Africa

United Arab Emirates

India

Egypt

Algeria

Italy

Morocco

Spain

USA

Total Cumulative CapacityCSPSTE



httpswwwieaorgrenewables2018power

ldquoCSP is expected to grow 87 (43 GW) over the forecast period 32 more than in 2012-17 China leads at 19 GW followed by 1 GW from projects receiving multilateral development bank support in Morocco and South Africa 1 GW in the Middle East and 300 MW each in Australia and Chilerdquo

6 Actualizacioacuten del sector a nivel internacionalTecnologiacutea Pros y Contras de PPAs maacutes largos


The worldrsquos first 35-year day or night solar contract (ACWA Powerrsquos with DEWA in Dubai) also had a record-low price for solar with storage ndash of just 73 cents per kWh

Normally solar PPAs are only for 20 to 25 years But in 2017 ACWA Power a developer that is no stranger to innovative deal structures applied out-of-the-box thinking on contract design to bid a record low price for solar with storage of just 73 cents per kilowatt hour for DEWA in Dubai

This ACWA Power PPA marked the first-ever 35-year contract for Concentrated Solar Power (CSP)

With a longer contract the costs incurred in developing and permitting any new income-generating projects can be put off while revenue continues so there are more years of income generation to amortize the upfront costs But how much did it actually reduce the price

ETH Zuumlrich Professor of Renewable Energy Policy Johan Lilliestam has calculated in a paper online at Renewable Energy Focus that as much as 2 cents per kWh was knocked off the bid in ACWA Powerrsquos DEWA bid in Dubai In Concentrating solar power for less than USD 007 per kWh finally the breakthroughLilliestam together with co-author Robert Pitz-Paal co-director of the Institute of Solar Research at the German Aerospace Centre (DLR) attribute the cost reduction in part to the unusually long 35-year contract

The paper states ldquohellipwith a more standard 20-year PPA the LCOE would be USD 0106 per kWh which is about the same as declared by many Chinese stations under construction [7] The long PPA duration thus directly reduces the LCOE by some 2 cents per kWh in addition it could help de-risking the investment by giving a very long-term perspective for investors thus reducing the cost of capitalrdquo

In all energy-generating technologies engineers must design components for a specific lifespan and have to prove that components will not fail within that time Insurers guarantee components for a set time

httpswwwsolarpacesorgwhat-are-the-pros-and-cons-of-longer-solar-contracts

6 Actualizacioacuten del sector a nivel internacionalTecnologiacutea Drones


El servicio de inspeccioacuten de campos solares con drones llamado ldquoQFlyrdquo continuacutea su eacutexito en el mercado

En la conferencia SolarPACES 2018 en Casablanca Marruecos un equipo de investigadores del Centro Aeroespacial Alemaacuten (DLR) ganoacute el SolarPACES Technology Innovation Award por su trabajo en la inspeccioacuten aeacuterea basada en drones de campos solares con la tecnologiacutea QFly Esta innovadora tecnologiacutea ya es ofrecida y comercializada por CSP Services para realizar caracterizaciones de campos solares a nivel mundial

El sistema QFly basado en drones ha captado recientemente la atencioacuten de la industria gracias a la medicioacuten de paraacutemetros clave de rendimiento oacuteptico mecaacutenico y teacutermico de los campos solares de gran tamantildeo de las plantas de energiacutea solar teacutermica de concentracioacuten de una manera raacutepida precisa y completa El alto grado de madurez de la tecnoloacutegica de QFly ya se ha demostrado con eacutexito en las primeras aplicaciones comerciales En particular los proveedores de colectores las empresas de construccioacuten los propietarios de plantas y los operadores han expresado un gran intereacutes en esta tecnologiacutea

httpswwwprotermosolarcomcsp-services-el-servicio-de-inspeccion-de-campos-solares-con-drones-llamado-qfly-continua-su-exito-en-el-mercado

httpswwwprotermosolarcomwp-contentuploads201810CSPS_Press_Release_QFly_spanishpdf

6 Actualizacioacuten del sector a nivel internacionalTecnologiacutea Receptores Centrales


DLRrsquos new solar receiver CentRecreg exceeds 900 degrees Celsius target in the Juumllich Concentrated Solar Power Tower DLRrsquos Juumllich Solar Tower test facility an important milestone for the development of a new

receiver concept for solar tower power plants

centrifugal receiver CentRecreg for the generation and storage of solar high temperature heat 965 degrees Celsius average particle temperature were measured at the receiver outlet

Ceramic particles Absorbtion and storage of high temperature heat at low cost

CentRec receiver uses small ceramic spheres (bauxite particles) to absorb transfer and store heat in one medium

Such particles enable temperatures exceeding 1000 degrees Celsius

The particles are available at prices which allow a cost-effective thermal storage

The core piece of the CentRec system is a rotating chamber with the rotation axis tilted by about 45 degrees downwards The ceramic particles with a diameter of about one millimeter are introduced at the top of the chamber Centrifugal force keeps the particles at the inner wall of the rotating chamber The concentrated solar radiation enters the chamber through an aperture pointing towards the heliostat field

The particle retention time can be easily controlled by adapting the rotation speed allowing constant exit temperatures under all load conditions

bauxite particles which do not pose an environmental risk

Particles in contrast to the currently used molten salt are not at risk of freezing

httphelioscspcomdlrs-new-solar-receiver-centrec-exceeds-900-degrees-celsius-target-in-the-julich-concentrated-solar-power-tower

6 Actualizacioacuten del sector a nivel internacionalTecnologiacutea receptor lineal


CENER completa su laboratorio para los ensayos de receptores de captadores solares cilindro paraboacutelicos para la termosolar

Un banco de ensayos de sobretemperatura otro de fatiga de los fuelles (bellows) y un sistema de abrasioacuten para muestras de vidrio son algunos de los equipos con los que ha ampliado CENER (Centro Nacional de Energiacuteas Renovables) la capacidad de su Laboratorio de Ensayos de Receptores de Captadores Solares Cilindro Paraboacutelicos (CCP)

CENER tiene capacidad para realizar entre otros todos los ensayos contemplados en el borrador de norma IEC 62862-3-3

httphelionoticiasescener-completa-su-laboratorio-para-los-ensayos-de-receptores-de-captadores-solares-cilindro-parabolicos-para-la-termosolar

6 Actualizacioacuten del sector a nivel internacionalMercados USA


Colaboracioacuten con NREL en relacioacuten a lecciones aprendidas en el sector

termosolar rarr USA apueste de nuevo por

esta tecnologiacutea sin cometer los fallos del pasado rarr informe de

libre acceso rarr a mayor colaboracioacuten mejores

resultados de esta iniciativa



6 Actualizacioacuten del sector a nivel internacionalTecnologiacutea GEN3 - DOE


En mayo el Departamento de Energiacutea (DE) lanzoacute su programa Sistemas de Energiacutea Solar de Concentracioacuten de Tercera Generacioacuten (Gen3) con objeto de elaborar nuevos disentildeos de CSP con almacenamiento que resulten rentables y cuyos fluidos de transferencia de calor (HTF por sus siglas en ingleacutes) superen los 700 grados C El DE proporcionaraacute fondos a tres proyectos de investigacioacuten que competiraacuten con el fin de disminuir los costes de la CSP en 20 $MWh un paso clave hacia el objetivo del DE de llegar a los 50 $MWh antes de 2030

En los proacuteximos dos antildeos Brayton Energy el Laboratorio Nacional de Energiacuteas Renovables (NREL por sus siglas en ingleacutes) y Sandia Laboratories desarrollaraacuten nuevos montajes integrados y perfilaraacuten un disentildeo integral para instalar en un centro de pruebas El proyecto ganador recibiraacute 25 millones de doacutelares con el fin de construir el centro de pruebas

El programa Gen3 centra mucho el intereacutes en la eficiencia de la central a escala comercial maacutes que los anteriores programas del DE que se centraban principalmente en los componentes o en los subsistemas

1 El proyecto del NREL analizaraacute la tecnologiacutea termosolar en fase liacutequida de uacuteltima generacioacuten forzando los liacutemites de los sistemas actuales de sales fundidas ldquoLa mayor parte del trabajo que se desarrollaraacute en este proyecto seraacute para abordar cuestiones de costes y durabilidad de los componentes y los materiales en las nuevas sales como pueda ser la resistencia de los sistemas de tuberiacuteas y contencioacuten el rendimiento de los sensores o la capacidad de aislar las paredes de los depoacutesitos respecto del liacutequido caliente

2 Sandia Laboratories disentildearaacute y ensayaraacute con un sistema de CSP con receptor de partiacuteculas en caiacuteda que calentaraacute un fluido de trabajo como pueda ser el aire o el dioacutexido de carbono supercriacuteticoldquoTambieacuten disentildearemos un intercambiador de calor de partiacuteculas de 1 MWt para calentar dioacutexido de carbono supercriacutetico (sCO2) a 700 grados C y por encima de los 20 Mpa Las partiacuteculas resultan econoacutemicas son duraderas no presentan corrosioacuten no son toacutexicas y tienen un intervalo de temperaturas de trabajo mucho maacutes amplio desde bajo cero hasta por encima de los 1000 grados C

3 Brayton Energy desarrollaraacute y ensayaraacute con un sistema de CSP que funciona con CO2 en fase gaseosa que absorberaacute energiacutea de un campo de helioacutestatos y lo transferiraacute a un sistema de almacenamiento teacutermico


SolarReserve LLC is proposing to build a 2-gigawatt concentrating solar-thermal power plant called the Sandstone Solar Energy Project on 20000 acres of federal land in western Nevada The company plans to begin construction in 2020 or 2021 and complete the project in phases over seven years

SolarReserve which has applied for a right-of-way to build the first eight of 10 power towers isnrsquot pushing the BLM to speed up its permitting process SolarReserve CEO Kevin Smith told Bloomberg Environment


httphelioscspcomnevada-concentrated-solar-power-towers-bridge-trump-california-energy-agendas



6 Actualizacioacuten del sector a nivel internacionalTecnologiacutea Caacutemara infrarroja ultrasensible


Currently the methods to measure high-temperature thermophysical properties of CSP plant materials are costly and labor-intensive

a professor of mechanical and aerospace engineering at the University of California San Diego has received a $118 million dollar award from the US Department of Energy Solar Energy Technologies Office to develop technology that can advance next-generation concentrating solar power (CSP) systems

current on-site monitoring of heat transfer processes in CSP plants requires implanting temperature sensors at different spots inside the materials And these sensors would need to withstand the extreme conditions inside noted Chen

Chen is leading efforts to develop a non-contact tool that can be applied remotely for in situ diagnostics in CSP plants and can provide rapid measurements in the laboratory This tool would be inexpensive and convenient to use compared to existing diagnostic methods for CSP plant materials

The project is aimed at developing a diagnostic tool that can rapidly measure and monitor heat transfer in CSP plant materials such as the tubing and the heat transfer fluids and solid particles flowing through the tubing materials This tool could provide a convenient and inexpensive way to evaluate the performance of CSP plant materials as well as do continuous real-time monitoring to assess the health of these materials over decades of use

The tool that Chen and his team are developing is essentially an ultra-sensitive infrared camera that can remotely measure the thermophysical properties of CSP plant materials at temperatures above 700 C The camera would be sensitive enough to measure temperature changes much smaller than a degree Celsius ldquoThis would not be your typical infrared camerardquo said Chen ldquoExisting off-the-shelf ones canrsquot measure temperature changes smaller than a few degrees Celsiusrdquo httphelioscspcomuc-san-diego-engineer-receives-

award-to-advance-concentrated-solar-power-research

6 Actualizacioacuten del sector a nivel internacionalTecnologiacutea Desalacioacuten


US DOE provides $21 million to Concentrated Solar Power desalination RampD

The US Department of Energy (DOE) is to provide $21 million to 14 research projects that will help reduce the cost of solar thermal desalination

Currently desalination operations need to be grid connected limiting their deployment Solar thermal technology could allow the development of portable systems that do not need grid connection

For small-scale plants that process low volume high-salinity water such as brine from all angles operations the research projects must aim to achieve a levelized cost of water (LCOW) of $150 per cubic meterFor large-scale plants that process high-volume low-salinity water for example seawater for a municipal utility projects are expected to target (LCOW) of $050cubic meter

GreenBlu Begins $16 Million US Department of Energy Award to Commercialize Adsorption Desalination Technology

GreenBlu Inc a water technology company commercializing a new thermal distillation technology Vapor Adsorption Distillation with Energy Recycling (VADER) announced it is beginning its $1600000 award from the US Department of Energyrsquos Solar Energy Technologies Office (SETO)

httphelioscspcomus-doe-provides-21-million-to-concentrated-solar-power-desalination-rd

httphelioscspcomgreenblu-begins-1-6-million-u-s-department-of-energy-award-to-commercialize-adsorption-desalination-technology

6 Actualizacioacuten del sector a nivel internacionalMercados CHINA ndash Valor CSP

A research team from Beijingrsquos Tsinghua University report their findings in the July issue of the journal Applied Energy in Economic justification of concentrating solar power in high renewable energy penetrated power systems They analyzed the cost-benefit of various levels of CSP in place of planned Variable Renewable Energy (VRE) like PV and wind

A new study investigates the best combination of renewables for providing the lowest cost to power system operators in two of Chinarsquos provinces best suited to scale up renewable energy

Surprisingly more expensive CSP could ultimately prove less costly for a power system with a lot of renewable energy because of its flexible dispatch day or night

The study finds that if CSP were substituted for between 5 and 20 of planned PV and wind power in Gansu Province and Qinghai Province it would bring the greatest benefit to power systems operators reducing curtailment of wind and PV while lowering the operational costs of base load coal generators that must ramp up and down to ameliorate fluctuating generation from solar and wind

The study suggests an additional energy and flexibility benefit of between 18 and 30 cents per kilowatt hour if CSP replaced between 5 and up to 20 of the proposed solar PV and wind power in these provinces

CSP brought the greatest benefit to Gansu Province where it would reduce the curtailed solar and wind power but also reduce costs to existing coal-fired power generation by cutting fuel costs ramping costs and start-stop costs as it tries to fill in between ever-growing solar and wind

ldquoOne previous informal suggestion Irsquove made is that storage should be longer in Chinardquo he said ldquoIn big cities like Beijing and Shanghai our load is about 60 at night about like big cities in the US ndash but in Western China factories operate 24 hours The load at night is about 80 of daytime it does not really disappear so they need long duration storage at least 10 hoursrdquo


httphelioscspcomconcentrated-solar-power-will-help-china-cut-costs-of-climate-action

6 Actualizacioacuten del sector a nivel internacionalMercados CHINA

China Concentrated Solar Power demos 16 totaling 1014 MW to be completed successively by 2020

5 projects totaling 300MW will be completed on time and enjoy the original FiT of RMB 115kWh

3 projects totaling 150MW will be finished half year late by June 30 2019 and enjoy the FiT of RMB 114kWh

6 projects totaling 364MW will be finished one year late by December 31 2019 and enjoy the FiT of RMB 112kWh

2 projects totaling 364MW will be finished two year late by December 31 2020 and enjoy the FiT of RMB 107kWh

4 projects totally 335MW quit and other 16 are expected to enjoy different levels of FiT

As a result 7 of 16 take parabolic trough technology (2 thermal oil 2 molten salt) and 7 molten salt power tower 2 Fresnel (1 water 1 molten salt)


httphelioscspcomchina-concentrated-solar-power-demos-16-totaling-1014-mw-to-be-completed-successively-by-2020


Para esta segunda ola se han identificado cerca de 60 proyectos por un total de 149 GW que estaacuten en fase del estudio de viabilidad siendo el objetivo alcanzar un acumulado de 5 GW para el 2020

China tiene por objetivo el alcanzar una base instalada termosolar de al menos 276 GW para 2030 lo que la convertiraacute en liacuteder mundial


httphelionoticiasesel-futuro-de-la-energia-termosolar-ste-o-csp-en-china


CGN Delingha 50MW parabolic trough concentrated solar power (CSP) plant China first large-scale commercial CSP project was successfully connected to the grid in the evening of June 30

The project is expected to receive a feed-in-tariff of RMB 115kWh ($170MWh)

The Delingha plant is located in Western China at 3100 meters above sea level The site has a direct normal irradiance (DNI) level of more than 2150 kWhm2year

China commercially operates 1st large-scale Concentrated Solar Power project ndash 10oct2018

China Guangdong Nuclear Power (CGN) the project owner and developer just launched a press release officially announcing that CGN Delingha 50MW parabolic trough concentratedsolar power (CSP) plant as China first large-scale commercial CSP project starts commercial operation today on October 10th 2018


httphelioscspcomchina-concentrated-solar-power-project-cgn-delingha-50mw-parabolic-trough-plant-connected-to-grid

httphelioscspcomchina-completes-first-large-concentrated-solar-power-plant

6 Actualizacioacuten del sector a nivel internacionalMercados CHINA ndash participacioacuten occidental

CGN Delingha 50MW parabolic trough




Abengoa viene participando con ingenieriacutea y tecnologiacutea en dos de los proyectos en progresioacutenbull Yumen Royal Tech Cilindroparaboacutelica 50 MW bull Luneng Haixi Torre Sales Fundidas 50 MW


China Shouhang Dunhuang 100 MW molten salt Concentrated Solar Power Plant

Beijing Shouhang IHW Resourves Saving Co Ltd (shorted as Shouhang) recently reported on the progress of its Shouhang Dunhuang 100 MW molten salt Solar Tower CSP Plant which is among China 1st phase of 20 CSP pilot projects and expected to be the second to be completed after the first CGN Delingha 50MW parabolic trough CSP plant

Shouhang says that all is going quite well with the 100MW tower CSP plant and as promised the project will be connected to the grid by the end of 2018

Shouhang takes over another China 100MW tower Concentrated Solar Power demo construction starts in October and is expected to be completed in two years in October 2020

Shouhang officially announced that the company will take over the development of China Shenhua Guohua Yumen 100MW Molten Salt Tower CSP Project which was originally owned by China state-owned company Guohua Power but given up earlier this February

The 100MW molten salt tower project will be located in Yumen Gansu Province Northwest China A Shouhang wholly-owned subsidiary Yumen Shouhang Resources Saving New Energy Co Ltd will be responsible for the investment and development


httphelioscspcomshouhang-takes-over-another-china-100mw-tower-concentrated-solar-power-demo-construction-starts-october

httphelioscspcomchina-shouhang-dunhuang-100-mw-molten-salt-concentrated-solar-power-plant


China Supcon Delingha 50MW Tower Concentrated Solar Power plant

The 50MW project will be finished by the end of this year and achieve stable output in February 2019

Molten salt central tower technology with 7 hoursrsquo thermal electricity storage system


httphelioscspcomchina-supcon-delingha-50mw-tower-concentrated-solar-power-plant


Shanghai Electric acquired Yumen Xinneng 50MW Beam-down tower Concentrated Solar Power Project Owner

Suzhou Thvom Technology Co Ltd (shorted as Thvom) occupied 85 share of the project And recently as Thvom announced Shanghai Electric China leading power energy state-owned company acquired some stock equity of Thvom and became the biggest shareholder with 15 stock capital


httphelioscspcomshanghai-electric-acquired-yumen-xinneng-50mw-beam-down-tower-concentrated-solar-power-project-owner

6 Actualizacioacuten del sector a nivel internacionalMercados MARRUECOS



SENER pone en marcha el receptor de la termosolar Noor Uarzazat III (junio 2018)

SENER ha realizado el primer arranque del receptor solar apuntando por primera vez los heliostatos al receptor ubicado en lo alto de la torre a 250 m de altura para precalentarlo hasta alcanzar una temperatura de 320ordmC

Receptor de alta potencia de maacutes de 600 MW teacutermicos que una vez en operacioacuten permitiraacute a la planta una produccioacuten bruta de 150 MW y 75 horas de almacenamiento

SENER ha desarrollado en su totalidad otro elemento clave para este tipo de instalaciones el sistema de control integrado de receptor y campo solar

SENER ha completado las pruebas funcionales del campo solar compuesto por 7400 heliostatos HE54 disentildeados y patentados por la empresa Este modelo (HE54) incorpora mejoras tales como una mayor superficie reflectante (1785 m2 frente a los 1157 m2 de los heliostatos de Gemasolar) y un sistema de seguimiento muy preciso denominado lsquosolar trackerrsquo que emplea tecnologiacutea espacial de SENER


httphelionoticiasessener-pone-en-marcha-el-receptor-de-la-termosolar-noor-uarzazat-iii


La termosolar de 150 MW con tecnologiacutea de torre central con almacenamiento Noor Ourzazate III logra su primera sincronizacioacuten a la red

Noor Ouarzazate III completa en agosto la primera sincronizacioacuten a la red marroquiacute

En Noor Ouarzazate III SENER es responsable de la ingenieriacutea conceptual y baacutesica de la planta la ingenieriacutea de detalle y el suministro de los equipos del sistema de almacenamiento teacutermico asiacute como de la ingenieriacutea y la construccioacuten del campo solar y del receptor de sales fundidas y de la puesta en marcha integrada de toda la planta cuya entrega al cliente estaacute prevista para finales de 2018


httphelionoticiasesla-termosolar-de-150-mw-con-tecnologia-de-torre-central-con-almacenamiento-noor-ourzazate-iii-logra-su-primera-sincronizacion-a-la-red


World Bank Approves Additional Financing for Morocco to Develop a Second Concentrated Solar Power Complex

The World Bank announced today US$125 million in additional support for Moroccorsquos adoption of innovative solar technology as part of the national goal of developing the countryrsquos world-class solar and wind energy resources to reduce the dependence on fossil fuels and move toward a green energy future The additional financing which includes US$25 million from the Clean Technology Fund will support the development and construction of the Noor-Midelt I and II plants which will have a total capacity of 600-800 megawatts


httphelioscspcomworld-bank-approves-additional-financing-for-morocco-to-develop-a-second-concentrated-solar-power-complex

6 Actualizacioacuten del sector a nivel internacionalMercados CHILE

Abengoa Acciona to start work on 110-MW Concentrated Solar Power project in Chile

The plant which is owned by Cerro Dominador which in turn is owned by funds managed by EIG Global Energy Partners will be the first of its kind in Latin America It will add to a 100-MW photovoltaic (PV) plant which was built by Abengoa and has been in commercial operation since February 2018 to form a 210-MW combined CSP and PV complex

Acciona Industrial with a 51 stake in the consortium will be responsible for building the plant while Abengoawill act as the technological partner The Cerro Dominador complex is located in the Atacama Desert in the commune of Maria Elena Antofagasta region The solar thermal facility will feature 10600 heliostats and will be able to generate dispatchable energy for 24 hours a day thanks to its 175 hours of molten salt storage


httphelioscspcomabengoa-acciona-to-start-work-on-110-mw-concentrated-solar-power-project-in-chile


Duentildeo de Cerro Dominador apuesta por segundo proyecto en el Desierto de Atacama

Analizan un segundo desarrollo de las mismas caracteriacutesticas en la zona de Mariacutea Elena

EIG Los estadounidenses ahora quieren impulsar una segunda iniciativa de las mismas magnitudes e inversioacuten y que estaraacute ubicada en un terreno cercano a Cerro Dominador en la comuna de Mariacutea Elena El nuevo desarrollo se lo compraron a Abengoa empresa que ya sometioacute el proyecto a evaluacioacuten ambiental y que hoy ya cuenta con aprobacioacuten ldquoHoy se estaacute revisando el proyecto que disentildeoacuteinicialmente Abengoa y el cual compramos y estamos viendo si realmente es lo que nosotros como nuevos duentildeos estamos buscandordquo explica Fernando Gonzaacutelez

ldquoNo puedo competir con una tecnologiacutea fotovoltaica pero siacute puedo competir con una tecnologiacutea que genere electricidad confiable gestionable y de base y que genere un impacto positivo en el ambiente Ese es el mercado al que apuntamos de clientes que valoricen tener energiacutea confiable las 24 horas del diacuteardquo


httphelionoticiasesdueno-de-cerro-dominador-apuesta-por-segundo-proyecto-en-el-desierto-de-atacama

6 Actualizacioacuten del sector a nivel internacionalMercados SOUTH AFRICA

ACWA Power Inks Deal To 100 MW Concentrated Solar Power Plant In South Africa

In April the South African government finally signed Power Purchase Agreements (PPAs) for Redstone and 26 other renewable energy projects ending more than two years of delays

Saudi Arabias ACWA Power and the Central Energy Fund of South Africa have agreed to co-invest in renewable energy projects in South Africa starting with the 100 MW Redstone CSP plant

ACWA Power signed an agreement with Central Energy Fund of South Africa to develop a 100MW Redstone concentrated solar power (CSP) plant in the countryrsquos Northern Cape Province

The CSP plant will use a central salt receiver technology with 12 hours of thermal storage allowing the plant to generate during the evening peak demand periods

The Redstone project was awarded in 2015 at a tariff of $124MWh and the PPA has a duration of 20 years

Eskom scraps Kiwano CSP plant favors batteries

South Africas Eskom has scrapped its 100 MW Kiwano CSP project in the Northern Cape choosing to instead invest in battery storage local media reported


httphelioscspcomacwa-power-inks-deal-to-100-mw-concentrated-solar-power-plant-in-south-africa

httpnewenergyupdatecomcsp-todaysaudi-arabia-south-africa-co-invest-csp-acciona-abengoa-restart-chile-plant-buildhttpanalysisnewenergyupdatecomcsp-todaychina-silk-road-fund-buys-4bn-dubai-csp-plant-south-africas-eskom-shelves-100-mw-project


South Africa leaves out Concentrated Solar Power in pro-renewables plan

South Africarsquos government published August 28 a revised draft Integrated Resource Plan (IRP) 2010ndash2030 which includes no explicit support for new CSP projects


httphelioscspcomsouth-africa-leaves-out-concentrated-solar-power-in-pro-renewables-plan


Completado el proceso de fusioacuten de sales en Kathu Solar Park (02102018) (Sudaacutefrica)

SENER y Acciona han alcanzado otro hito destacado al concluir el proceso de fusioacuten de sales en la planta solar termoeleacutectrica de Kathu en Sudaacutefrica Las sales fundidas que se usaraacuten como sistema eficiente y rentable de almacenamiento de calor a gran escala posibilitaraacuten la generacioacuten y gestioacuten de energiacutea limpia en ausencia de radiacioacuten solar El nuacutemero total de sales fundidas ascendioacute a 45000 toneladas mientras el promedio diario alcanzoacute 865 toneladas siendo el pico maacuteximo de fundicioacuten por diacutea superior a 1000 toneladas

Con una potencia de 100 MW la central termosolar Kathu utiliza la tecnologiacutea de colectores solares optimizados SENERtroughreg-2 disentildeada y patentada por SENER que garantizaraacute una mejor eficiencia del campo solar Ademaacutes incorpora 1550 MWh de almacenamiento de energiacutea de sales fundidas que proporcionaraacuten 45 horas de almacenamiento de energiacutea teacutermica para el suministro eleacutectrico a 179000 hogares en la provincia del Cabo Norte en Sudaacutefrica


httpwwwpoweroilandgasseneresnotas-prensacompletado-proceso-fusion-sales-kathu-solar-park

bull Durante la fase de construccioacuten se han creado aproximadamente 1400 puestos de trabajo Se estima que la planta termosolar de Kathu ahorraraacute seis millones de toneladas de CO2 a lo largo de 20 antildeos y promoveraacute el desarrollo econoacutemico local de la zona a traveacutes de la Fundacioacuten Kelebogile

6 Actualizacioacuten del sector a nivel internacionalMercados AUSTRALIA

SolarReserve enters manufacturing deal for Australia Concentrated Solar Power project

Australian concentrated solar power (CSP) technology firm Heliostat SA has teamed up with California-based SolarReserve to produce tracking mirrors for the latterrsquos 150-MW Aurora plant in South Australia

The parties have signed a memorandum of understanding (MOU) under which they will work together on the development of plans and processes for the supply fabrication and assembly of over 12800 of SolarReserversquos SR96 heliostat assemblies in Australia The move is seen to create around 200 local jobs


httphelioscspcomsolarreserve-enters-manufacturing-deal-for-australia-concentrated-solar-power-project



bullWhat Free Webinar International CSP Market Watch AustraliabullWhen Tuesday Oct 30th 1200 GST (Dubai) 0900 CETWhere Online ndash Places are free but limited Sign up here httpbitly2z4SUSe

bullAnalyze the opportunities for solar and CSP

development in Australia considering solar resource

energy demand growth and storagedispatchability

requirement

bullGet an update of status of SolarReserveacutes 150MW

with 15h of thermal storage project in Australia

bullRegulatory update ndash hear the latest from the

government tendering efforts for renewable energy

and storage and analyze what are the opportunities

for developing projects there

6 Actualizacioacuten del sector a nivel internacionalMercados ARABIA SAUDI

Saudi Arabia SEC starts operating 50 MW through the concentrated solar power (CSP) in Waad Al-Shamal

The Saudi Electricity Company (SEC) has started operating a combined cycle power plant in the Waad Al-Shamal Mining City located south of Turaif in the Northern Border Region The plant has a total capacity of 1390 megawatt (MW) electricity of which 50 MW will come from a solar component


httphelioscspcomsaudi-arabia-sec-starts-operating-50-mw-through-the-concentrated-solar-power-csp-in-waad-al-shamal

6 Actualizacioacuten del sector a nivel internacionalMercados KUWAIT


6 Actualizacioacuten del sector a nivel internacionalMercados EGIPTO

Egypt aims to install 700 MW of concentrated solar power (CSP)

Recently the government also announced its renewable energy plan for 2035 to include an addition of 67 GW (representing 45 of total generated electricity) of which 31 GW come from PV (photovoltaic) and 20 GW from wind

According to the plan the solar energy sector aims to install 35 GW by 2027 including 28 GW of PV and 700 MW of concentrated solar power (CSP) The strategy also plans to generate 72 GW (12 of generated electricity) from wind by 2022


httphelioscspcomegypt-aims-to-install-700-mw-of-concentrated-solar-power-csp

6 Actualizacioacuten del sector a nivel internacionalMercados DUBAI

Advisian appointed ownerrsquos engineer on 700 MW concentrated solar project

Advisian has won the role of Ownerrsquos Engineer for a 700-MW concentrated solar power (CSP) portion of the Mohammed bin Rashid Al Maktoum Solar Park in Dubai

The Dubai Electricity and Water Authority (DEWA) has awarded the 700 megawatt Concentrating Solar Power (CSP) fourth phase (DEWA IV) of the Mohammed bin Rashid Al Maktoum Solar Park in Dubai to Noor Energy 1 a Joint Venture (JV) formed by ACWA Power and DEWA to design build and operate what will be the largest CSP project in the world

Noor Energy 1 has appointed Advisian (the global consulting firm of WorleyParsons) as the project Ownerrsquos Engineer



6 Actualizacioacuten del sector a nivel internacionalMercados INDIA

Reliance commissions 100 MW concentrated solar power plant in Rajasthan India

It is the second plant in India to use concentrated solar power technology

The plant is the largest plant based on the linear fresnel technology

The project was one of the seven awarded in December 2010 under Jawaharlal Nehru National Solar Mission Phase I Batch I The tariff quoted at the time of bidding was Rs 1197 per kWh However in January 2014 Reliance Power Lanco and others filed separate petitions seeking higher tariffs on the basis that the direct normal irradiance (DNI) data provided by the government was faulty which has resulted in lower power generation The project developer has signed a power purchase agreement for 25 years

The reason for delay has not been clear since the plant based in Dhursar in Jaisalmer Rajasthan has been in pre-commissioning stage since November 2013 Hem Raj Sharma the project director said ldquothere have been no technological glitches even though the technology is newrdquo


httphelioscspcomreliance-commissions-100-mw-concentrated-solar-power-plant-in-rajasthan-india


Aaryans Group to set up 1200 MW concentrated solar power plant in Maharashtra

The first phase would have capacity to generate 300 megawatt of solar power and investments to the tune of Rs300Cr shall be made in the first phase UK and Singaporebased Mittal Inc shall be making this investment in the projectrdquo

rdquoWhen all the three phases become operational the plant would have the capacity to generate 1200 megawatts of solar power Work for the 1st phase shall begin in the month of October this year and is likely to get completed within a year


httphelioscspcomaaryans-group-to-set-up-1200-mw-concentrated-solar-power-plant-in-maharashtra

6 Actualizacioacuten del sector a nivel internacionalMercados ESPANtildeA



Brookfield se hace con el 9528 de Saeta Yield en la OPA

El fondo Brookfield se ha hecho con el 9528 del capital de Saeta Yield en la oferta puacuteblica de adquisicioacuten de acciones (OPA) que habiacutea lanzado sobre el 100 del accionariado seguacuten ha informado la Comisioacuten Nacional del Mercado de Valores (CNMV)

CDPQ Provides CA$150-million in Financing to ContourGlobalrsquos Concentrated Solar Power Asset Purchase

La Caisse de deacutepocirct et placement du Queacutebec (ldquoCPDQrdquo) a leading global institutional investor today announced that it providedCA$150 million (euro100 million) in financing to support the acquisition by ContourGlobal Mirror 2 Sagraverl (ldquoContourGlobalrdquo) of a portfolio of concentrated solar power (ldquoCSPrdquo) assets in Spain The portfolio consists of five CSP assets in the south-west region of Spain whose operation commencement dates range from 2009 to 2012

Iberdrola vende su central termosolar en Espantildea

Iberdrola ha acordado la desinversioacuten de su activo de tecnologiacutea termosolar situado en la localidad de Puertollano en Ciudad Real La operacioacuten consiste en la venta a la compantildeiacutea ENCE del 90 de las acciones de Iberdrola Energiacutea Solar de Puertollano SAempresa propietaria de la planta de generacioacuten termosolar de 50 megavatios (MW)

Plan de rotacioacuten de activos hasta 2022

La desinversioacuten de este activo en Espantildea se enmarca dentro del plan de rotacioacuten de activos por valor de 3000 millones de euros que Iberdrola anuncioacute el pasado mes de febrero en la presentacioacuten de sus Perspectivas Estrateacutegicas 2018-2022


httphelionoticiasesbrookfield-se-hace-con-el-9528-de-saeta-yield-en-la-opa

httphelioscspcomcdpq-provides-ca150-million-in-financing-to-contourglobals-concentrated-solar-power-asset-purchase

httphelionoticiasesiberdrola-vende-su-central-termosolar-en-espana

6 Actualizacioacuten del sector a nivel internacionalMercados PV


httpsreneweconomycomauglobal-wind-solar-capacity-surpasses-1-terawatt-91295

6 Actualizacioacuten del sector a nivel internacionalMercados PV - GRECIA

5JULIO2018

Tariffs in Greecersquos PV tender hit euro6297 per MWh

Mondayrsquos solar PV auction was split in two categories The first concerned projects larger than 500 KW and up to 1 MW of capacity and the second projects larger than 1 MW and up to 20 MW of capacity

Successful bidding prices in the first category ranged from euro7587 per MWh up to euro80 per MWh with the tender awarding a total of 5348 MW of PV capacity across 83 projects

The second auction category reduced the price for the generated power from sun in Greece further with the lowest successful bid coming in at euro6297 per MWh and the highest euro71 per MWh Overall the second category awarded a total 5292 MW of new solar PV capacity over eight projects

There was also a third auction category concerning wind energy projects Overall 17092 MW of new wind power capacity was awarded across seven projects The lowest successful bid in this category was euro6818 per MWh



6 Actualizacioacuten del sector a nivel internacionalMercados PV - INDIA

11julio2018

La energiacutea solar alcanza un nuevo reacutecord de 30 euros MWh en India

Dos de los principales desarrolladores de energiacutea solar de la India han logrado posiblemente las mayores capacidades otorgadas en una sola licitacioacuten en el paiacutes Acme Solar y Azure Power lograron asegurar los derechos para desarrollar 600 megavatios de capacidad cada uno en la licitacioacuten de energiacutea solar maacutes grande emitida por la Corporacioacuten de Energiacutea Solar de la India (SECI) hasta la fecha

Acme Solar y Azure Power presentaron ofertas exitosas para desarrollar 600 megavatios de capacidad Mientras que Acme Solar colocoacute la oferta maacutes baja de 244 rupias kWh (3 02 ceacutentimos kWh) Azure Power aseguroacute la capacidad a 253 rupias kWh (3 13 ceacutentimos kWh) La oferta de Acme es la maacutes baja de todos los tiempos en los mercados de energiacutea solar de la India


httpselperiodicodelaenergiacomla-energia-solar-alcanza-el-nuevo-record-de-30-euros-el-mwh-en-india

6 Actualizacioacuten del sector a nivel internacionalMercados PV - FRANCIA

7ago2018

France allocates 720 MW in large-scale solar tender final average price reaches euro582MWh

In the fourth of six tenders totaling 4 GW planned for the utility-scale segment the French government selected 103 solar projects In the next two and final rounds around 17 GW of additional solar capacity will be assigned


httpswwwpv-magazinecom20180807france-allocates-702-mw-in-tender-for-large-scale-solar-final-average-prices-reaches-e58-2-mwh

6 Actualizacioacuten del sector a nivel internacionalMercados RES + Almacenamiento VS Gas

Las renovables con almacenamiento constituyen una seria amenaza para el gas natural

iquestPor queacute construir ciclos combinados de gas cuando las renovables con almacenamiento son maacutes baratas La magnitud de la amenaza a la que se enfrenta la generacioacuten de electricidad a partir de gas frente al empuje de las energiacuteas renovables y el almacenamiento de energiacutea fue uno de los grandes temas abordados la Global Power Energy Exhibition

Rory McCarthy analista senior de almacenamiento de Wood Mackenzie Power amp Renewables ilustroacute a los asistentes coacutemo el argumento empresarial para usar energiacuteas renovables en lugar del gas natural se estaacute volviendo maacutes convincente tras los descensos de los costes de las energiacuteas solar y eoacutelica y de la tecnologiacutea de almacenamiento en bateriacuteas

A diacutea de hoy la capacidad de almacenamiento asciende a alrededor de 6 gigavatios-hora en todo el mundo pero Wood Mackenzie predice que se multiplicaraacute por diez hasta al menos 65 gigavatios-hora para 2022 Estados Unidos continuaraacute liderando esta construccioacuten gracias a su mayor madurez mercado

ldquoEl mercado de EEUU estaacute probablemente cinco antildeos por delante de todos los demaacutesrdquo dijo McCarthy ldquoHicieron la regulacioacuten de frecuencia con almacenamiento de energiacutea mucho antes que nadie Pero podemos ver que China estaacute acelerando y los mercados europeos comienzan a abrir sus puertasrdquo


httpselperiodicodelaenergiacomlas-renovables-con-almacenamiento-constituyen-una-seria-amenaza-para-el-gas-natural

7 Monitoreo del sector de las bateriacuteasTESLA Australia ndash 129MWh


La bateriacutea de iones de litio maacutes grande del mundo construida por Tesla de Elon Musk puede almacenar 129 megavatioshora de la electricidad generada en un parque eoacutelico cercano seguacuten Bloomberg New Energy Finance Se fabricoacute en menos de 100 diacuteas y el costo estimado del proyecto oscila entre 100 millones de doacutelares australianos (US$74 millones) y 120 millones de doacutelares australianos Se necesitariacutean muchas de esas bateriacuteas para suministrar la misma cantidad de electricidad que Cerro Dominador toda la noche rarr gt570 USDkWh

Revealed True cost of Tesla big battery and its government contractThe 400-page plus document reveals that the capital cost of the Tesla big battery was euro56 million ($A90 million) which is pretty much in line with expectationsThe Tesla big battery - 100MW129MWhCost = 698 $AkWh rarr (aplicando 071 de cambio a USD) rarr plusmn 494 USDkWh

httphelionoticiasescentral-termosolar-en-el-desierto-de-atacama-desafia-a-tesla

httpsreneweconomycomaurevealed-true-cost-of-tesla-big-battery-and-its-government-contract-66888



Privately fundedrdquo 200 MW Solar River PV project gets development approval

A hugely-ambitious plan to develop a 200 MW PV array and 120 MWh battery system in South Australia has received development approval The project developer which is hosted by the University of Adelaidersquos ThincLab accelerator reports that the $450 million project is privately financed with a 6040 merchantPPA structure ndash a significant milestone for the market segment

httpswwwpv-magazine-australiacom20180627privately-funded-200-mw-solar-river-pv-project-gets-development-approval



httpsamericaenergias-renovablescomfotovoltaicanevada-la-principal-electrica-del-estado-construira-20180606Array

NV Energy la empresa de servicios puacuteblicos que genera transmite y distribuye el servicio eleacutectrico en el norte y sur del estado de Nevada ha anunciado que ademaacutes de la contratacioacuten de maacutes de 1000 MW repartidos en distintos proyectos fotovoltaicos solicitaraacute la aprobacioacuten para construir por primera vez 100 MW de capacidad de almacenamiento de energiacuteaLos 1000 MW fotovoltaicos contratados se distribuyen entre seis proyectos tres localizados en el norte del estado y otros en el surEntre los tres primeros estaacuten Battle Mountain Solar (de 101 MW) con 25 MW de almacenamiento de energiacutea en bateriacuteas durante un periacuteodo de cuatro horas Dodge Flat Solar Energy Center (200 MW) que integraraacute 50 MW de almacenamiento durante cuatro horas y Fish Springs Ranch Solar Energy Center (100 MW) los dos uacuteltimos desarrollados por Nextera Energy con 25 MW de almacenamiento durante cuatro horas



The approved projects arebullRenewable Energy Systems (RES) America will build a 30 MW120 MWh lithium-ion battery storage facility in San Diego Calif The project is expected to be completed by December 2019bullAdvanced Microgrid Solutions will build a 4 MW16 MWh lithium-ion battery storage facility in San Juan Capistrano Calif The project is expected to be completed by December 2019bullFluence will build a 40 MW160 MWh lithium-ion battery facility in Fallbrook Calif The project is expected to be completed by March 2021bullPowin Energy will build a 65 MW26 MWh lithium-ion battery storage facility in Escondido Calif The project is expected to be completed by June 2021bullEnel Green Power will build a 3 MW12 MWh lithium-ion battery storage facility in Poway Calif The project is expected to be completed by December 2021bullOhmConnect is providing a demand response program for the equivalent of 45 MW

By 2030 SDGampE expects to develop or interconnect more than 330 MWs of energy storage These projects will help deliver more renewables to customers and help strengthen SDGampErsquos record as the most reliable utility in the West

httpswwwrenewableenergymagazinecomenergy_savingsdg-amp-e-receives-approval-on-five-20180611



Arizona utility seeks proposals for 106 MW of energy storage

June 29 (Renewables Now) - Phoenix-based Arizona Public Service (APS) will be launching today a request for proposals (RfP) to equip some existing solar plants in Arizona with up to 106 MW of battery storage capacity

APS which is the principal subsidiary of Pinnacle West Capital Corp (NYSEPNW) is looking for proposals relating to energy storage projects that can be completed by June 2020 The company has a goal of adding up to 500 MW of energy storage to its system over the next 15 years

The utility already has three grid-scale batteries in operation and has partnered with First Solar Inc (NASDAQFSLR) to install a 50-MW battery in 2021

httpsrenewablesnowcomnewsarizona-utility-seeks-proposals-for-106-mw-of-energy-storage-618157



Tesla and PGampE are working on a massive lsquoup to 11 GWhrsquo Powerpack battery system (Jun 29th 2018)

Pacific Gas and Electric Company (PGampE) one of the largest electric energy companies in the United States covering nearly 16 million people in Northern and Central California submitted 4 new energy storage projects to the California Public Utilities Commission (CPUC) for approval

PGampE selected offers of three energy storage projects from third-party owners totaling 3855 MW 1540 MWh and one 1825 MW 730 MWh project the utility would own

4th proposed utility-owned 1825 MW lithium-ion battery energy storage system (BESS) located within PGampErsquos Moss Landing substation Tesla would be providing the battery packs for the giant project which would be able to output 1825 MW of power for 4 hours which represents 730 MWh of energy capacity or over 3000 Tesla Powerpack 2s

PGampE also has the option to increase the capacity to 6 hours for a total of 11 GWh

httpselectrekco20180629tesla-pge-giant-1-gwh-powerpack-battery-system

httpswwwutilitydivecomnewspge-to-replace-3-gas-plants-with-worlds-biggest-battery-projects526991



Known historically for its oil and in the present day for deploying large amounts of wind energy and latterly for deploying batteries at wind farms the US state of Texas is less well known for solar-plus-storage projects

UK-headquartered multinational developer and EPC (engineering procurement and construction) provider RES Group has just announced however that it has been contracted by Texas utility CPS Energy to execute a 5MW(AC) solar project co-located with 10MW 10MWh of lithium-ion battery energy storage

httpswwwpv-techorgnewsres-awarded-texas-solar-plus-storage-project-by-utility-cps



Montana developer eyes PURPA contracts for 320 MW of wind 640 MWh of storage

A renewable energy developer filed with the Montana Public Service Commission (PSC) this month to build 320 MW of wind and 160 MW640 MWh of battery storage spread over four separate projects in the state

Caithness Beaver Creek wants to develop the four 80 MW wind projects and 40 MW160 MWh batteries as qualifying facilities (QFs) under the Public Utility Regulatory Policy Act (PURPA) after negotiations over capacity payments broke down with Northwestern Energy Montanas largest utility PURPA requires utilities to purchase power from independent generators at the utility avoided cost rate

Caithness wants its projects to receive energy payments of $3133MWh for heavy load hours and $295MWh for light load hours in addition to capacity payments of $8145MWh during on-peak hours and a $058MWh payment for ancillary services Montana regulators must issue a decision on contract terms by February 2019

httpswwwutilitydivecomnewsmontana-developer-eyes-purpa-contracts-for-320-mw-of-wind-640-mwh-of-stora530573



Enel starts operations in UK at the Grouprsquos first stand-alone battery energy storage system

The 25 MW125 MWh Tynemouth project which is the Enel Grouprsquos first utility-scale stand-alone battery energy storage system to start operations is supported by a four-year contract with British System Operator National Grid to provide grid-balancing servicesEnel acquired the project from the energy developer and operator Element Power in May last year and invested approximately 20 million euros in the overall project including project construction

Tynemouth is providing grid-balancing services under a four-year Enhanced Frequency Response (EFR) contract with National Grid awarded to the project in National Gridrsquos 2016 EFR tender After these four years the project will participate in ancillary services and capacity market tenders

httpswwwenelcommediapressd201806enel-starts-operations-in-uk-at-the-groups-first-stand-alone-battery-energy-storage-system-



Fluence to Deliver 60 MW of Battery Storage for UK Grid

httpswwwrenewableenergymagazinecomenergy_savingfluence-to-deliver-60-mw-of-battery-20180612utm_campaign=newsletterRenewableEnergyMagazineamputm_medium=newsletterClickamputm_source=Solar+newsletter+2018-06-19

The company is starting construction on the first 60MW of the 120MW in its energy storage portfolio secured in the 2016 Capacity Market auction

Fluence will provide three 20MW battery energy storage systems at sites in the Midlands and North West using its Advancion energy storage technology platform All three sites are expected to be operational during winter 201819



Worldrsquos First Battery for Offshore Wind Now Installed at Hywind

Norway-based Equinor formerly Statoil has installed Batwind - the worldrsquos first battery for offshore wind With Batwind in operation it is now possible to store energy produced from an offshore wind farm

The battery storage solution was presented in Peterhead Scotland by Batwind partners Equinor and Masdar Electricity produced at the worldrsquos first floating offshore wind farm Hywind Scotland located 25 kilometers off the coast of Peterhead will be transported via cables to an onshore substation where the 1 MW batteries are placed and connected to the grid

ldquoWhile there are many energy storage products and solutions in the market the battery software solutions are less developed We want to teach the battery when to hold back and store electricity and when send power to the grid thus increasing value of the powerrdquo

httpswwwrenewableenergymagazinecomwindworlda-s-first-battery-for-offshore-wind-20180627



September 17The Upside Group has commissioned a lead-carbon storage system in Langenreichenbach Germany with a capacity of 16 MW25 MWh to provide grid management services

The battery is meant to provide the primary control reserve stabilising the frequency in the utility grid and thus supporting reliable energy supply With the transition to cleaner energy in Germany including the addition of large volumes of intermittent renewables and the shutting down of baseload power generation come also major fluctuations on the grid at times

Upside is to soon start construction of a second identical storage system near Leipzig whose commissioning is expected by the end of 2018

httpsrenewablesnowcomnewsupside-group-commissions-16-mw-storage-system-in-germany-626888

RES breaks ground on 10-MW storage project in Germany

June 7 (Renewables Now) - RES Deutschland GmbH said today it has broken ground on a 10 MW15 MWh battery storage project it is building for German utility Versorgungsbetriebe Bordesholm GmbH (VBB)

The company a unit of UK-based developer Renewable Energy Systems Ltd (RES) won a tender for the delivery of the project at the start of 2018

The facility will provide frequency stabilisation and will also be able to provide power to the municipality of Bordesholm from renewable energy sources in case of grid disruptions The project is funded by the EU via the state of Schleswig-Holstein

The company noted that 75 of the annual grid load in the municipality is already generated from renewable energy and the share is expected to reach 100 by 2020

RES Deutschland managing director Dominique Guillou said that battery storage is a key element of the transition to 100 renewable energy



httpsrenewablesnowcomnewsres-breaks-ground-on-10-mw-storage-project-in-germany-615566



Las bateriacuteas empiezan a llegar a las redes de distribucioacuten espantildeolas de la mano de Iberdrola e Ingeteam

Iberdrola e Ingeteam estaacuten realizando en un proyecto pionero para la instalacioacuten de un sistema de almacenamiento de energiacutea eleacutectrica con bateriacuteas de ion de litio en el municipio murciano de Caravaca de la Cruz Se trata de un proyecto de Iberdrola Distribucioacuten que estaacute previsto que entre en funcionamiento en el uacuteltimo trimestre del antildeo y cuya inversioacuten final una vez puesto en servicio alcanzaraacute los dos millones de euros

El sistema de almacenamiento de bateriacuteas de ion de litio contaraacute con una capacidad a fin de vida (EOL) de 2 megavatios hora y permitiraacute mantener el suministro eleacutectrico a la zona de Caravaca de la Cruz en caso de registrarse una averiacutea en la red de distribucioacuten convencional rarr 1000eurokWh

Se estaacute desarrollando un sistema inteligente capaz de valorar la situacioacuten y decidir que parte de la red se mantendraacute en funcionamiento desde la bateriacutea teniendo en cuenta los consumos reales de ese momento la capacidad de generacioacuten de las plantas fotovoltaicas cercanas y estado de carga de la bateriacutea entre otros aspectos

httpswwwdiariorenovablescom201806las-baterias-empiezan-llegar-las-redeshtml



httpswwwenergias-renovablescomeolicala-innovacion-en-almacenamiento-da-un-nuevo-20180928



Akuo Energy commissions three PV-plus-storage projects in Indonesia

The three projects which combine PV systems and lithium-ion batteries will benefit the three villages located in the remote Berau district of Indonesia In total all three villages only have a population of 460 homes comprised mostly of fisherman laborers and farmers

With a combined PV generation capacity of 12MW and a capacity of 21MWh in storage these three microgrid projects can provide reliable energy for 24 hours a day

httpswwwpv-techorgnewsakuo-energy-commissions-three-pv-plus-storage-projects-in-indonesia



The Global Race to Build the Worldrsquos Biggest Battery (1august2018

South KoreaLS Industrial Systems (LSIS) and Macquarie Capital Korea have won the contract to build and operate a 175-megawatt-hour battery storage system across five sites owned by SeAH

United Kingdom- Stocking Pelham a 50-megawatt-hour facility- The SMA Sunbelt Energy-owned installation could be dwarfed if plans for a 350-megawatt-hour battery system move

forward in Graveney near Kent in southeast England

Australia- Sanjeev Gupta plans to build a 120-megawatt 140-megawatt-hour battery complex in the same region where Tesla

completed its Hornsdale plant late last year- in May Reuters reported that a consortium including JERA of Japan Australian developer Lyon Group and battery

provider Fluence was planning to develop a 400-megawatt-hour storage system in South Australia Construction could begin ldquowithin monthsrdquo

httpswwwgreentechmediacomarticlesreadthe-global-race-to-build-the-worlds-biggest-batterygsI9o_lN0




United StatesThe US may take the title in 2020 when Vistra Energy switches on a 300-megawatt 4-hour battery lithium-ion battery system as part of plans by Pacific Gas and Electric to replace gas peaker plants with energy storage

Vistra might not be the most prominent name in energy storage but the power producer and retailer is working on a 42-megawatt-hour project in Texas being built by microgrid developer FlexGen which should go live at the end of the year

The 1200-megawatt-hour Vistra Moss Landing Energy Storage project is just one of four massive batteries being commissioned by PGampE at South Bayrsquos Moss Landing

Also at the site Tesla is slated to build a 730-megawatt-hour plant Hummingbird Energy Storage is looking to install 300 megawatt-hours and Micronoc has a contract for 40 megawatt-hours

The Vistra and Tesla projects the worldrsquos largest so far will both be online by 2021 and are scheduled to operate for 20 years




Agenda

1 Informacioacuten General de la Plataforma Tecnoloacutegica

2 Presentacioacuten de los datos actualizados de generacioacuten termosolar Espantildea y EEUU


1 Actividades relacionadas con limpieza de campo solar - TEKNIKER

2 Actividades relacionadas con la refrigeracioacuten y el tratamiento de aguas ndash PSA

4 Laboratorio moacutevil de anaacutelisis de HTF ndash JMVizcaiacuteno


6 Actualizacioacuten del sector a nivel internacional


























-

1000

2000

3000

4000

5000

6000

GW

h


2018

2009 2010 2011 2012 2013

2014 2015 2016 2017 2018







3944 GWh

2014 -1152015 -142016 -1292017 -142




0100200300400500600700800900

1000

GW

h


2017 2018






Ciudad Real 586 15

Coacuterdoba 460 12

Granada 334 8



Murcia 33 1

TOTAL 3944 100



EOacuteLI

CA

FOTO

VO

LTA

ICA

TER

MO

SOLA

R

HID

RA

UacuteLI

CA


EOacuteLI

CA

FOTO

VO

LTA

ICA

TER

MO

SOLA

R

HID

RA

UacuteLI

CA




-

10000000

20000000

30000000

40000000

50000000

60000000

70000000

80000000

90000000

2014 2015 2016 2017 Media 201417 2018


+1



-

1000000

2000000

3000000

4000000

5000000

2014 2015 2016 2017 Media201417

2018


-

2000000

4000000

6000000

8000000

2014 2015 2016 2017 Media201417

2018


-

10000000

20000000

30000000

40000000

50000000

2014 2015 2016 2017 Media201417

2018


-

5000000

10000000

15000000

20000000

25000000

30000000

35000000

2014 2015 2016 2017 Media201417

2018


-13

-3

-5

+12








(GWh)

2015 1986

2016 2129

2017 2011

2018 2239




2015 +13

2016 +5

2017 +11




Years todate


SEGS IV PT 30 1989 29

SEGS V PT 30 1989 29

SEGS VI PT 30 1989 29



SEGS IX PT 80 1990 28



Developer





Developer





Developer





Developer





Developer





Developer




LINK A WEBCAM























-

1000

2000

3000

4000

5000

6000

7000

-

200

400

600

800

1000

1200

1400

MW

MW


Kuwait

France

Mexico

Israel

China

South Africa


India

Egypt

Algeria

Italy

Morocco

Spain

USA

























































































































































































































requirement




























































5JULIO2018









11julio2018







7ago2018


























































































































































-

1000

2000

3000

4000

5000

6000

GW

h


2018

2009 2010 2011 2012 2013

2014 2015 2016 2017 2018







3944 GWh

2014 -1152015 -142016 -1292017 -142




0100200300400500600700800900

1000

GW

h


2017 2018






Ciudad Real 586 15

Coacuterdoba 460 12

Granada 334 8



Murcia 33 1

TOTAL 3944 100



EOacuteLI

CA

FOTO

VO

LTA

ICA

TER

MO

SOLA

R

HID

RA

UacuteLI

CA


EOacuteLI

CA

FOTO

VO

LTA

ICA

TER

MO

SOLA

R

HID

RA

UacuteLI

CA




-

10000000

20000000

30000000

40000000

50000000

60000000

70000000

80000000

90000000

2014 2015 2016 2017 Media 201417 2018


+1



-

1000000

2000000

3000000

4000000

5000000

2014 2015 2016 2017 Media201417

2018


-

2000000

4000000

6000000

8000000

2014 2015 2016 2017 Media201417

2018


-

10000000

20000000

30000000

40000000

50000000

2014 2015 2016 2017 Media201417

2018


-

5000000

10000000

15000000

20000000

25000000

30000000

35000000

2014 2015 2016 2017 Media201417

2018


-13

-3

-5

+12








(GWh)

2015 1986

2016 2129

2017 2011

2018 2239




2015 +13

2016 +5

2017 +11




Years todate


SEGS IV PT 30 1989 29

SEGS V PT 30 1989 29

SEGS VI PT 30 1989 29



SEGS IX PT 80 1990 28



Developer





Developer





Developer





Developer





Developer





Developer




LINK A WEBCAM























-

1000

2000

3000

4000

5000

6000

7000

-

200

400

600

800

1000

1200

1400

MW

MW


Kuwait

France

Mexico

Israel

China

South Africa


India

Egypt

Algeria

Italy

Morocco

Spain

USA

























































































































































































































requirement




























































5JULIO2018









11julio2018







7ago2018
















































































































































-

1000

2000

3000

4000

5000

6000

GW

h


2018

2009 2010 2011 2012 2013

2014 2015 2016 2017 2018







3944 GWh

2014 -1152015 -142016 -1292017 -142




0100200300400500600700800900

1000

GW

h


2017 2018






Ciudad Real 586 15

Coacuterdoba 460 12

Granada 334 8



Murcia 33 1

TOTAL 3944 100



EOacuteLI

CA

FOTO

VO

LTA

ICA

TER

MO

SOLA

R

HID

RA

UacuteLI

CA


EOacuteLI

CA

FOTO

VO

LTA

ICA

TER

MO

SOLA

R

HID

RA

UacuteLI

CA




-

10000000

20000000

30000000

40000000

50000000

60000000

70000000

80000000

90000000

2014 2015 2016 2017 Media 201417 2018


+1



-

1000000

2000000

3000000

4000000

5000000

2014 2015 2016 2017 Media201417

2018


-

2000000

4000000

6000000

8000000

2014 2015 2016 2017 Media201417

2018


-

10000000

20000000

30000000

40000000

50000000

2014 2015 2016 2017 Media201417

2018


-

5000000

10000000

15000000

20000000

25000000

30000000

35000000

2014 2015 2016 2017 Media201417

2018


-13

-3

-5

+12








(GWh)

2015 1986

2016 2129

2017 2011

2018 2239




2015 +13

2016 +5

2017 +11




Years todate


SEGS IV PT 30 1989 29

SEGS V PT 30 1989 29

SEGS VI PT 30 1989 29



SEGS IX PT 80 1990 28



Developer





Developer





Developer





Developer





Developer





Developer




LINK A WEBCAM























-

1000

2000

3000

4000

5000

6000

7000

-

200

400

600

800

1000

1200

1400

MW

MW


Kuwait

France

Mexico

Israel

China

South Africa


India

Egypt

Algeria

Italy

Morocco

Spain

USA

























































































































































































































requirement




























































5JULIO2018









11julio2018







7ago2018






































































































































-

1000

2000

3000

4000

5000

6000

GW

h


2018

2009 2010 2011 2012 2013

2014 2015 2016 2017 2018







3944 GWh

2014 -1152015 -142016 -1292017 -142




0100200300400500600700800900

1000

GW

h


2017 2018






Ciudad Real 586 15

Coacuterdoba 460 12

Granada 334 8



Murcia 33 1

TOTAL 3944 100



EOacuteLI

CA

FOTO

VO

LTA

ICA

TER

MO

SOLA

R

HID

RA

UacuteLI

CA


EOacuteLI

CA

FOTO

VO

LTA

ICA

TER

MO

SOLA

R

HID

RA

UacuteLI

CA




-

10000000

20000000

30000000

40000000

50000000

60000000

70000000

80000000

90000000

2014 2015 2016 2017 Media 201417 2018


+1



-

1000000

2000000

3000000

4000000

5000000

2014 2015 2016 2017 Media201417

2018


-

2000000

4000000

6000000

8000000

2014 2015 2016 2017 Media201417

2018


-

10000000

20000000

30000000

40000000

50000000

2014 2015 2016 2017 Media201417

2018


-

5000000

10000000

15000000

20000000

25000000

30000000

35000000

2014 2015 2016 2017 Media201417

2018


-13

-3

-5

+12








(GWh)

2015 1986

2016 2129

2017 2011

2018 2239




2015 +13

2016 +5

2017 +11




Years todate


SEGS IV PT 30 1989 29

SEGS V PT 30 1989 29

SEGS VI PT 30 1989 29



SEGS IX PT 80 1990 28



Developer





Developer





Developer





Developer





Developer





Developer




LINK A WEBCAM























-

1000

2000

3000

4000

5000

6000

7000

-

200

400

600

800

1000

1200

1400

MW

MW


Kuwait

France

Mexico

Israel

China

South Africa


India

Egypt

Algeria

Italy

Morocco

Spain

USA

























































































































































































































requirement




























































5JULIO2018









11julio2018







7ago2018







































































































































0100200300400500600700800900

1000

GW

h


2017 2018






Ciudad Real 586 15

Coacuterdoba 460 12

Granada 334 8



Murcia 33 1

TOTAL 3944 100



EOacuteLI

CA

FOTO

VO

LTA

ICA

TER

MO

SOLA

R

HID

RA

UacuteLI

CA


EOacuteLI

CA

FOTO

VO

LTA

ICA

TER

MO

SOLA

R

HID

RA

UacuteLI

CA




-

10000000

20000000

30000000

40000000

50000000

60000000

70000000

80000000

90000000

2014 2015 2016 2017 Media 201417 2018


+1



-

1000000

2000000

3000000

4000000

5000000

2014 2015 2016 2017 Media201417

2018


-

2000000

4000000

6000000

8000000

2014 2015 2016 2017 Media201417

2018


-

10000000

20000000

30000000

40000000

50000000

2014 2015 2016 2017 Media201417

2018


-

5000000

10000000

15000000

20000000

25000000

30000000

35000000

2014 2015 2016 2017 Media201417

2018


-13

-3

-5

+12








(GWh)

2015 1986

2016 2129

2017 2011

2018 2239




2015 +13

2016 +5

2017 +11




Years todate


SEGS IV PT 30 1989 29

SEGS V PT 30 1989 29

SEGS VI PT 30 1989 29



SEGS IX PT 80 1990 28



Developer





Developer





Developer





Developer





Developer





Developer




LINK A WEBCAM























-

1000

2000

3000

4000

5000

6000

7000

-

200

400

600

800

1000

1200

1400

MW

MW


Kuwait

France

Mexico

Israel

China

South Africa


India

Egypt

Algeria

Italy

Morocco

Spain

USA

























































































































































































































requirement




























































5JULIO2018









11julio2018







7ago2018









































































































































Ciudad Real 586 15

Coacuterdoba 460 12

Granada 334 8



Murcia 33 1

TOTAL 3944 100



EOacuteLI

CA

FOTO

VO

LTA

ICA

TER

MO

SOLA

R

HID

RA

UacuteLI

CA


EOacuteLI

CA

FOTO

VO

LTA

ICA

TER

MO

SOLA

R

HID

RA

UacuteLI

CA




-

10000000

20000000

30000000

40000000

50000000

60000000

70000000

80000000

90000000

2014 2015 2016 2017 Media 201417 2018


+1



-

1000000

2000000

3000000

4000000

5000000

2014 2015 2016 2017 Media201417

2018


-

2000000

4000000

6000000

8000000

2014 2015 2016 2017 Media201417

2018


-

10000000

20000000

30000000

40000000

50000000

2014 2015 2016 2017 Media201417

2018


-

5000000

10000000

15000000

20000000

25000000

30000000

35000000

2014 2015 2016 2017 Media201417

2018


-13

-3

-5

+12








(GWh)

2015 1986

2016 2129

2017 2011

2018 2239




2015 +13

2016 +5

2017 +11




Years todate


SEGS IV PT 30 1989 29

SEGS V PT 30 1989 29

SEGS VI PT 30 1989 29



SEGS IX PT 80 1990 28



Developer





Developer





Developer





Developer





Developer





Developer




LINK A WEBCAM























-

1000

2000

3000

4000

5000

6000

7000

-

200

400

600

800

1000

1200

1400

MW

MW


Kuwait

France

Mexico

Israel

China

South Africa


India

Egypt

Algeria

Italy

Morocco

Spain

USA

























































































































































































































requirement




























































5JULIO2018









11julio2018







7ago2018






































































































































EOacuteLI

CA

FOTO

VO

LTA

ICA

TER

MO

SOLA

R

HID

RA

UacuteLI

CA


EOacuteLI

CA

FOTO

VO

LTA

ICA

TER

MO

SOLA

R

HID

RA

UacuteLI

CA




-

10000000

20000000

30000000

40000000

50000000

60000000

70000000

80000000

90000000

2014 2015 2016 2017 Media 201417 2018


+1



-

1000000

2000000

3000000

4000000

5000000

2014 2015 2016 2017 Media201417

2018


-

2000000

4000000

6000000

8000000

2014 2015 2016 2017 Media201417

2018


-

10000000

20000000

30000000

40000000

50000000

2014 2015 2016 2017 Media201417

2018


-

5000000

10000000

15000000

20000000

25000000

30000000

35000000

2014 2015 2016 2017 Media201417

2018


-13

-3

-5

+12








(GWh)

2015 1986

2016 2129

2017 2011

2018 2239




2015 +13

2016 +5

2017 +11




Years todate


SEGS IV PT 30 1989 29

SEGS V PT 30 1989 29

SEGS VI PT 30 1989 29



SEGS IX PT 80 1990 28



Developer





Developer





Developer





Developer





Developer





Developer




LINK A WEBCAM























-

1000

2000

3000

4000

5000

6000

7000

-

200

400

600

800

1000

1200

1400

MW

MW


Kuwait

France

Mexico

Israel

China

South Africa


India

Egypt

Algeria

Italy

Morocco

Spain

USA

























































































































































































































requirement




























































5JULIO2018









11julio2018







7ago2018






































































































































-

10000000

20000000

30000000

40000000

50000000

60000000

70000000

80000000

90000000

2014 2015 2016 2017 Media 201417 2018


+1



-

1000000

2000000

3000000

4000000

5000000

2014 2015 2016 2017 Media201417

2018


-

2000000

4000000

6000000

8000000

2014 2015 2016 2017 Media201417

2018


-

10000000

20000000

30000000

40000000

50000000

2014 2015 2016 2017 Media201417

2018


-

5000000

10000000

15000000

20000000

25000000

30000000

35000000

2014 2015 2016 2017 Media201417

2018


-13

-3

-5

+12








(GWh)

2015 1986

2016 2129

2017 2011

2018 2239




2015 +13

2016 +5

2017 +11




Years todate


SEGS IV PT 30 1989 29

SEGS V PT 30 1989 29

SEGS VI PT 30 1989 29



SEGS IX PT 80 1990 28



Developer





Developer





Developer





Developer





Developer





Developer




LINK A WEBCAM























-

1000

2000

3000

4000

5000

6000

7000

-

200

400

600

800

1000

1200

1400

MW

MW


Kuwait

France

Mexico

Israel

China

South Africa


India

Egypt

Algeria

Italy

Morocco

Spain

USA

























































































































































































































requirement




























































5JULIO2018









11julio2018







7ago2018






































































































































-

1000000

2000000

3000000

4000000

5000000

2014 2015 2016 2017 Media201417

2018


-

2000000

4000000

6000000

8000000

2014 2015 2016 2017 Media201417

2018


-

10000000

20000000

30000000

40000000

50000000

2014 2015 2016 2017 Media201417

2018


-

5000000

10000000

15000000

20000000

25000000

30000000

35000000

2014 2015 2016 2017 Media201417

2018


-13

-3

-5

+12








(GWh)

2015 1986

2016 2129

2017 2011

2018 2239




2015 +13

2016 +5

2017 +11




Years todate


SEGS IV PT 30 1989 29

SEGS V PT 30 1989 29

SEGS VI PT 30 1989 29



SEGS IX PT 80 1990 28



Developer





Developer





Developer





Developer





Developer





Developer




LINK A WEBCAM























-

1000

2000

3000

4000

5000

6000

7000

-

200

400

600

800

1000

1200

1400

MW

MW


Kuwait

France

Mexico

Israel

China

South Africa


India

Egypt

Algeria

Italy

Morocco

Spain

USA

























































































































































































































requirement




























































5JULIO2018









11julio2018







7ago2018











































































































































(GWh)

2015 1986

2016 2129

2017 2011

2018 2239




2015 +13

2016 +5

2017 +11




Years todate


SEGS IV PT 30 1989 29

SEGS V PT 30 1989 29

SEGS VI PT 30 1989 29



SEGS IX PT 80 1990 28



Developer





Developer





Developer





Developer





Developer





Developer




LINK A WEBCAM























-

1000

2000

3000

4000

5000

6000

7000

-

200

400

600

800

1000

1200

1400

MW

MW


Kuwait

France

Mexico

Israel

China

South Africa


India

Egypt

Algeria

Italy

Morocco

Spain

USA

























































































































































































































requirement




























































5JULIO2018









11julio2018







7ago2018









































































































































(GWh)

2015 1986

2016 2129

2017 2011

2018 2239




2015 +13

2016 +5

2017 +11




Years todate


SEGS IV PT 30 1989 29

SEGS V PT 30 1989 29

SEGS VI PT 30 1989 29



SEGS IX PT 80 1990 28



Developer





Developer





Developer





Developer





Developer





Developer




LINK A WEBCAM























-

1000

2000

3000

4000

5000

6000

7000

-

200

400

600

800

1000

1200

1400

MW

MW


Kuwait

France

Mexico

Israel

China

South Africa


India

Egypt

Algeria

Italy

Morocco

Spain

USA

























































































































































































































requirement




























































5JULIO2018









11julio2018







7ago2018







































































































































(GWh)

2015 1986

2016 2129

2017 2011

2018 2239




2015 +13

2016 +5

2017 +11




Years todate


SEGS IV PT 30 1989 29

SEGS V PT 30 1989 29

SEGS VI PT 30 1989 29



SEGS IX PT 80 1990 28



Developer





Developer





Developer





Developer





Developer





Developer




LINK A WEBCAM























-

1000

2000

3000

4000

5000

6000

7000

-

200

400

600

800

1000

1200

1400

MW

MW


Kuwait

France

Mexico

Israel

China

South Africa


India

Egypt

Algeria

Italy

Morocco

Spain

USA

























































































































































































































requirement




























































5JULIO2018









11julio2018







7ago2018







































































































































Years todate


SEGS IV PT 30 1989 29

SEGS V PT 30 1989 29

SEGS VI PT 30 1989 29



SEGS IX PT 80 1990 28



Developer





Developer





Developer





Developer





Developer





Developer




LINK A WEBCAM























-

1000

2000

3000

4000

5000

6000

7000

-

200

400

600

800

1000

1200

1400

MW

MW


Kuwait

France

Mexico

Israel

China

South Africa


India

Egypt

Algeria

Italy

Morocco

Spain

USA

























































































































































































































requirement




























































5JULIO2018









11julio2018







7ago2018






































































































































Developer





Developer





Developer





Developer





Developer





Developer




LINK A WEBCAM























-

1000

2000

3000

4000

5000

6000

7000

-

200

400

600

800

1000

1200

1400

MW

MW


Kuwait

France

Mexico

Israel

China

South Africa


India

Egypt

Algeria

Italy

Morocco

Spain

USA

























































































































































































































requirement




























































5JULIO2018









11julio2018







7ago2018






































































































































Developer





Developer





Developer





Developer





Developer




LINK A WEBCAM























-

1000

2000

3000

4000

5000

6000

7000

-

200

400

600

800

1000

1200

1400

MW

MW


Kuwait

France

Mexico

Israel

China

South Africa


India

Egypt

Algeria

Italy

Morocco

Spain

USA

























































































































































































































requirement




























































5JULIO2018









11julio2018







7ago2018






































































































































Developer





Developer





Developer





Developer




LINK A WEBCAM























-

1000

2000

3000

4000

5000

6000

7000

-

200

400

600

800

1000

1200

1400

MW

MW


Kuwait

France

Mexico

Israel

China

South Africa


India

Egypt

Algeria

Italy

Morocco

Spain

USA

























































































































































































































requirement




























































5JULIO2018









11julio2018







7ago2018






































































































































Developer





Developer





Developer




LINK A WEBCAM























-

1000

2000

3000

4000

5000

6000

7000

-

200

400

600

800

1000

1200

1400

MW

MW


Kuwait

France

Mexico

Israel

China

South Africa


India

Egypt

Algeria

Italy

Morocco

Spain

USA

























































































































































































































requirement




























































5JULIO2018









11julio2018







7ago2018






































































































































Developer





Developer




LINK A WEBCAM























-

1000

2000

3000

4000

5000

6000

7000

-

200

400

600

800

1000

1200

1400

MW

MW


Kuwait

France

Mexico

Israel

China

South Africa


India

Egypt

Algeria

Italy

Morocco

Spain

USA

























































































































































































































requirement




























































5JULIO2018









11julio2018







7ago2018






































































































































Developer




LINK A WEBCAM























-

1000

2000

3000

4000

5000

6000

7000

-

200

400

600

800

1000

1200

1400

MW

MW


Kuwait

France

Mexico

Israel

China

South Africa


India

Egypt

Algeria

Italy

Morocco

Spain

USA

























































































































































































































requirement




























































5JULIO2018









11julio2018







7ago2018


























































































































































-

1000

2000

3000

4000

5000

6000

7000

-

200

400

600

800

1000

1200

1400

MW

MW


Kuwait

France

Mexico

Israel

China

South Africa


India

Egypt

Algeria

Italy

Morocco

Spain

USA

























































































































































































































requirement




























































5JULIO2018









11julio2018







7ago2018






















































































































































-

1000

2000

3000

4000

5000

6000

7000

-

200

400

600

800

1000

1200

1400

MW

MW


Kuwait

France

Mexico

Israel

China

South Africa


India

Egypt

Algeria

Italy

Morocco

Spain

USA

























































































































































































































requirement




























































5JULIO2018









11julio2018







7ago2018




















































































































































-

1000

2000

3000

4000

5000

6000

7000

-

200

400

600

800

1000

1200

1400

MW

MW


Kuwait

France

Mexico

Israel

China

South Africa


India

Egypt

Algeria

Italy

Morocco

Spain

USA

























































































































































































































requirement




























































5JULIO2018









11julio2018







7ago2018


















































































































































-

1000

2000

3000

4000

5000

6000

7000

-

200

400

600

800

1000

1200

1400

MW

MW


Kuwait

France

Mexico

Israel

China

South Africa


India

Egypt

Algeria

Italy

Morocco

Spain

USA

























































































































































































































requirement




























































5JULIO2018









11julio2018







7ago2018






































































































































-

1000

2000

3000

4000

5000

6000

7000

-

200

400

600

800

1000

1200

1400

MW

MW


Kuwait

France

Mexico

Israel

China

South Africa


India

Egypt

Algeria

Italy

Morocco

Spain

USA

























































































































































































































requirement




























































5JULIO2018









11julio2018







7ago2018



























































































































































































































































































































































requirement




























































5JULIO2018









11julio2018







7ago2018























































































































































































































































































































































requirement




























































5JULIO2018









11julio2018







7ago2018













































































































































































































































































































































requirement




























































5JULIO2018









11julio2018







7ago2018






































































































































































































































































































































requirement




























































5JULIO2018









11julio2018







7ago2018
























































































































































































































































































































requirement




























































5JULIO2018









11julio2018







7ago2018


















































































































































































































































































































requirement




























































5JULIO2018









11julio2018







7ago2018











































































































































































































































































































requirement




























































5JULIO2018









11julio2018







7ago2018









































































































































































































































































































requirement




























































5JULIO2018









11julio2018







7ago2018

































































































































































































































































































requirement




























































5JULIO2018









11julio2018







7ago2018




























































































































































































































































































requirement




























































5JULIO2018









11julio2018







7ago2018


























































































































































































































































































requirement




























































5JULIO2018









11julio2018







7ago2018

















































































































































































































































































requirement




























































5JULIO2018









11julio2018







7ago2018







































































































































































































































































requirement




























































5JULIO2018









11julio2018







7ago2018





























































































































































































































































requirement




























































5JULIO2018









11julio2018







7ago2018



















































































































































































































































requirement




























































5JULIO2018









11julio2018







7ago2018














































































































































































































































requirement




























































5JULIO2018









11julio2018







7ago2018





































































































































































































































requirement




























































5JULIO2018









11julio2018







7ago2018































































































































































































































requirement




























































5JULIO2018









11julio2018







7ago2018





















































































































































































































requirement




























































5JULIO2018









11julio2018







7ago2018















































































































































































































requirement




























































5JULIO2018









11julio2018







7ago2018










































































































































































































requirement




























































5JULIO2018









11julio2018







7ago2018








































































































































































































requirement




























































5JULIO2018









11julio2018







7ago2018
































































































































































































requirement




























































5JULIO2018









11julio2018







7ago2018


























































































































































































requirement




























































5JULIO2018









11julio2018







7ago2018





















































































































































































requirement




























































5JULIO2018









11julio2018







7ago2018















































































































































































requirement




























































5JULIO2018









11julio2018







7ago2018








































































































































































requirement




























































5JULIO2018









11julio2018







7ago2018




























































































































































requirement




























































5JULIO2018









11julio2018







7ago2018























































































































































requirement




























































5JULIO2018









11julio2018







7ago2018
















































































































































requirement




























































5JULIO2018









11julio2018







7ago2018










































































































































requirement




























































5JULIO2018









11julio2018







7ago2018

























































































































































































5JULIO2018









11julio2018







7ago2018




















































































































































































5JULIO2018









11julio2018







7ago2018


















































































































































































5JULIO2018









11julio2018







7ago2018












































































































































































5JULIO2018









11julio2018







7ago2018





































































































































































5JULIO2018









11julio2018







7ago2018





























































































































































5JULIO2018









11julio2018







7ago2018























































































































































5JULIO2018









11julio2018







7ago2018





















































































































































5JULIO2018









11julio2018







7ago2018








































































































































5JULIO2018









11julio2018







7ago2018





































































































































5JULIO2018









11julio2018







7ago2018





































































































































11julio2018







7ago2018





































































































































7ago2018




































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































Documents

Presentación de PowerPoint...Presentación del Informe de Transición Energética a 2030, parte II. ¿Cómo llegar a 2030? 6. Actualización del sector a nivel internacional 7. Monitoreo