Jens Burgtorf Dr. Anant Shukla

Trigeneration

New Delhi, 26.08.2013

Jens Burgtorf, Director, Dr. Anant Shukla, Project Manager

Indo-German Energy Program (IGEN)

Deutsche Gesellschaft für Internationale Zusammenarbeit (GIZ) GmbH

Deutsche Gesellschaft für Internationale

Zusammenarbeit (GIZ) GmbH

Established on 1 January 2011, GIZ brings together under one

roof the long-standing expertise of DED, GTZ and InWEnt.

Our registered offices are in Bonn and Eschborn in Germany.

Working efficiently, effectively and in a spirit of

partnership, we support people and societies in developing,

transition and industrialised countries in shaping their own

futures and improving living conditions.

Purpose of the organisation

GIZ’s purpose is to promote international cooperation for

sustainable development and international education work.

As a 100% federally owned, public-benefit enterprise, we

support the German Government in achieving its development

policy goals.

• GIZ operates in more than 130 countries worldwide.

• In Germany we maintain a presence in nearly all the federal

states.

• GIZ employs approximately 17000 staff members worldwide,

more than 60% of whom are local personnel.

In addition there are:

- 1135 technical advisors

- 750 integrated and 324 returning experts

- 700 local experts in partner organisations

- 850 Weltwärts volunteers

GIZ worldwide

GIZ worldwide

Indo-German Energy Programme (IGEN)

GIZ together with KfW Entwicklungsbank jointly implement

the Indo-German Energy Programme (IGEN).

The broad focus of IGEN is to support the implementation of the

Energy Conservation Act.

The Act positively intervenes at all levels of society, such as

energy-intensive large industries, manufacturers of household

appliances and industrial equipment, residential households as

well as engineering consultancy firms.

The bilateral cooperation involves local and international

professionals and supports.

http://www.direc2010.gov.in/about.html

Power Plant Optimization Component

Indo-German Energy Programme (IGEN)

Energy Efficieny (EE) – MoP (CEA, BEE) Renewable Energy (RE) – MNRE

(CEA) Generation side EE

(BEE) Demand side EE

Imple-mentation of Energy Conser-

vation Act

Clean Develop-

ment Mecha-

nism

BMZ ongoing

BMZ 2009

BMU 2008

BMU 2009

Indo-German Energy-Forum (IGEF) MoP (CEA, BEE), MNRE, DST

BMWi, BMZ, BMU, (BMBF, AA, BMVBS)

Commercialization of Solar Energy in

Urban and Industrial Areas in India (ComSolar)

(BMU 2009)

Renewable Energy

Supply for Rural Areas

(RESRA) (BMU 2008)

IGEN-Renewable

Energies Component (BMZ 2010)

Industrial / urban Rural / poverty focused

Legend:

Indo-German Energy

Symposium

Trigenera-tion

(TRIGEN) (BMU 2008)

Excellence Enhance-

ment Center

(BMU 2009)

Support and

office IGEF

(BMU 2008 and 2011 expected)

support

support

SolMap (BMU 2010)

Network Platform EE (BMU 2011 proposed)

Trigen pilot plant site Jai Prakash Narayan Apex Trauma Center, Delhi

© GTZ, Dr Anant Shukla, TRIGEN (Indo German Energy Program) page 8

Trigeneration plant – energy recovery


20 % Loss

2.5 MWth = 100 % Electricity

40 % = 1 MWel

20 % at 400 C High temp heat

20 % at 90 C Low temp heat

Gas (NPG)

Lighting, AC Selling to grid

Cooling Heating Warm Water

(kitchen, laundry, rooms, pool, etc)

(rooms, cold storage, etc)

Vapor Absorption Machine


Baseline data for the hospital

S. No Particulars Unit Value

A Plant size kWel 347

B Plant Operating days Days/Year 360

C Annual electricity output from plant Lakh kWh 29

D Current electricity Tariff at JPNATC Rs/kWh 9.1

E Baseline cost Lakh Rs/Year 265


Pilot Project - Trauma Center (AIIMS), New Delhi


Electricity: 347 kW

Cooling: 355 TR (105-VAM)

Heating: ~20 kW (kitchen/laundry)

Energy consumption component wise


Efficiency of the Trigen plant in energy terms

S.No. Particulars Lakh kCal % of input

A Input

i PNG 67724 100 %

B Out put

i Electricity 25010 37 %

Ii Cooling 21333 31 %

iii Heating 431 1 %

Total (Efficiency) 46774 69 %


Efficiency of the Trigen plant in monetary terms

S.No. Particulars kCal % of input

A Input

i PNG 808082 100 %

B Out put

i Electricity 289476 36 %

ii Cooling 317520 39 %

iii Heating 19964 2 %

Total (Efficiency) 626960 78 %


Site selection criteria for setting up Trigen

҉ 24 x 7 operational building

҉ Simultaneous requirement of electricity, heating and

cooling

҉ Space availability in existing building

҉ Centralized cooling is possible

҉ Natural gas availability

҉ Significant power failures for attractive Return on

Investment


Application areas of Trigen


All buildings & industries which use simultaneous electricity, heating

and cooling

Hotels, Hospitals

BPO/IT/Data Centers

Airports, Industries

Shopping Malls, Residential Societies


Office 2,590

Retail 754

Hotel 731

Hospital 270

Airport 1,698

4.5

5.5

6.5

7.5

8.5

9.5

10.5

11.5

7.0 7.5 8.0 8.5 9.0 9.5 10.0 10.5

Ma

rke

t A

ttra

cti

ve

ne

ss

Financial Attractiveness

Office Retail Hotel Hospital Airport

Segments with Gas Available and proposed (MW)

IGEN provides support in setting up Trigen:

҉ Feasibility study

҉ Project planning

҉ Technology cooperation

҉ Technology transfer

҉ Capacity building

҉ Interface between stakeholders

҉ Performance monitoring

҉ Dissemination of case study


Image showing the passage to major equipments


Image showing the passage to major equipments



Image showing the plant installation site



Project payback – Trigen pilot plant

Payback period:

3.2 years

Annual savings:

Rs 1.3 Cr



www.trigenindia.com

Thank you


Jens Burgtorf

Dr. Anant Shukla

Indo German Energy Program (IGEN)

Deutsche Gesellschaft für Internationale Zusammenarbeit (GIZ) GmbH

C/o Bureau of Energy Efficiency (BEE-MoP)

West Block - 2, Sector 1, R. K. Puram

New Delhi – 110066

Ph.: +91.11.26194770–72, Ext: 308

Fax: +91.11.26194564

Cell: +91.9654306007

E-mail: [email protected]

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Jens Burgtorf Dr. Anant Shukla