24.11.2016

Suomi, Energiajärjestelmien

edelläkävijä

Jan Segerstam, Kehitysjohtaja, Empower IM Oy

23.11.2016

Suomi,

Energiajärjestelmien edelläkävijä

• Energiamuotojen yhteispeli osa järjestelmää

• Koko arvoketjun kattava markkinamalli

• Koko arvoketjun läpi kulkeva mittaus- ja kauppatieto

• Nopea ja mittaustietoon perustuva kauppojen

selvitys

• Korkea ohjattavuuden toteutusaste sekä

pienasiakkaissa että teollisuudessa

• Seuraavassa läpileikkaus energiajärjestelmämme

kehityksestä

2

Today’s traditional energy system

Large

centralized

power plants

burn fuel to

extract energy

for resale via a

structured

network

The network costs are less than

the efficiency tradeoff of local

fuel logistics and local

equipment lifecycle costs

Regulation has opened access

to the capital intensive

monopolies and created ”the

liberalized energy market”

Smart Grid & Market Development in

Finland

• 1970s

• New Generation

• Need for load shifts to

maximize plant usage

• 1980s

• Implementation of remote

controllable loads

• CHP scaling for efficiency

• 1990s

• New energy market rules

• Usage of controllable

loads to optimize energy

market contract positions

• Remote disconnectors

• Retail Market Opening

• 2000s

• Implementation of intraday commodity

trading on hourly basis, continued market

development

• Legal unbundling of distribution

• Automated Network Control

• Automated meter infrastructure design

• 2010s

• Automated meter roll out

• Hourly balancing and settlement

• Hourly customer reporting

• Distribution Grid connected production

(PV/Wind)

• Market based Demand Response

Products

Smart Grid & Market Development

in Finland 2008-2015

• New legislation (2008)

• Measurement

• Information Exchange

• After deadlines were set,

implementation

• Roll out plans for every

company

• Procurement of AMM

solutions

• Delivery of AMM solutions

• Market process change

• Streamlining and

certifying information

exchange without major

change

• Change of balance

settlement

• Minimum requirements for installation

• Controllability

• 3rd party information access

• Transfer of installed remote controllable

load base

• Reporting requirements set for suppliers

• Base data to be provided by DSO

• Data access implementation by DSOs

• Completion of smart meter roll out and initial

process changes by the end of 2013

• Focus shift from technology to utilization and

market model development

The Energy System of the Future

Energy is

extracted from

renewable

sources by

prosumers and

industrially

managed sites

like wind/solar

farms close to

controllable

loads and

connected to

dynamic groups

to balance

needs and

overproduction

Network costs are balanced

across shared infrastructure and

dynamic groups based on actual

network needs

Regulation opens access to

common infrastructure and

allows distributed allocation of

resources while promoting open

markets on all levels

Adaptive

generation

Prosumers

Transitioning

MarketplaceEnabler

grids

Enabler

grids

DSO

Flexi-

bility

Gate-

way

Mark

et

Party

Mark

et

Party

Retail

datahub

& DSO

Interface

Future Market Facilitation

TSO MarketsRes.

own

er

Res.

own

er

Res.

own

er

Non-

ener

gy

SP

Res.

own

er

Res.

own

er

Res.

own

er

Whole-

sale set-

tlement

hub

Kiitos mielenkiinnosta

Jan Segerstam

jan.segerstam@empower.fi