Presentation is loading. Please wait.

Presentation is loading. Please wait.

Technology details, potential and experiences of Trigeneration

Published byGwendoline Cook Modified over 8 years ago

Similar presentations

Presentation on theme: "Technology details, potential and experiences of Trigeneration"— Presentation transcript:

1 Technology details, potential and experiences of Trigeneration
C Vijayakumar The Energy and Resources Institute Bangalore Workshop on ‘Innovative and Sustainable Energy Technologies for developing Countries : Opportunities and Challenges 28th May 2014, New Delhi

2 What is Trigeneration? How it works? Why Trigeneration? Potential for trigeneration Experiences

3 What is? Trigeneration - Process by which electricity, heat and cold were produced simultaneously.   

4 What is? Generator, Vapour absorption machine and hot water generator
Electricity – Main product. Waste heat – To generate hot water for heating and air-conditioning

5 How it works?

6 Energy Utilisation in Generator

7 Efficiency Generator – 35 – 40% Co-generation system – 50 – 70%
Tri-generation system – 80 – 90%

8 Why Trigeneration? Trigeneration systems supply energy in three forms:
Electricity, Heat, Chilled water Higher combined efficiency (85% - 90%) Savings on fuel and energy costs Reduction in T & D losses

9 Why Trigeneration?

10 Why Trigeneration? Reduction in GHG emission (About 30 - 50%)
Lower electrical usage during peak summer demand No harmful chemical pollutants since water is used as the refrigerant in chiller Increased power reliability Back-up power to the site

11 Potential

12 Potential Target Areas
Trigeneration plants can be placed such as: Hospital and health facilities Hotels and hospitality venues Industries and manufacturing plants Commercial and retail facilities Airports Data centres

13 Experiences

14 Airport

15 Airport Location –Sabiha GÖkcen International airport, Istanbul
Make: Caterpillar Fuel: Natural gas Power: 2000kW Heating: 1180kW Cooling: 1535kW Efficiency: ~ % Replaces one centrifugal chiller operating in part load whenever the system is in line.

16 Commercial Building Location – A commercial building in New Delhi
Fuel: Piped Natural gas Power: 330kWe Heating: 80kW Cooling: 385kW Efficiency: ~77% * GHG emissions reduced by about 57%

17 Government Facility Location – Tamil Nadu Guest House
Fuel: Natural gas Power: 350kW Heating: 50kW Cooling demand: 1285kW (370kW from VAM) System operated during power failures Annual cost savings: 73 lakhs Investment cost: 330 lakhs Payback period: 4.5 years * Courtesy: GTZ, IGEN

18 Pharmaceutical Company
Location – Singapore Fuel: Natural gas Power: 10MW Heating: 25TPH of steam Cooling: 4000 TR Avoided use of conventional chillers Waste heat utilised to meet process steam demand and plant chilled water demand.

19 Pharmaceutical Company
Location – Singapore Fuel: Natural gas Power: 4600 kW Heating: 12 TPH of steam Cooling: 2500 TR Efficiency: 83% Annual cost savings – US$ 500,000 Reduction in GHG emission – 17%

20 Save Energy. Save our Planet

Download ppt "Technology details, potential and experiences of Trigeneration"

Similar presentations

Energy Conservation in Buildings using Thermal Energy Storage

Energy Conservation in Buildings using Thermal Energy Storage
Created by Energy Department of SAMAN TAVAN ENERGY

Created by Energy Department of SAMAN TAVAN ENERGY
Combined Heat and Power plants – carbon AND cost saving? Daman Ranby – Director Ashley Allsop – Head of Sustainability.

Combined Heat and Power plants – carbon AND cost saving? Daman Ranby – Director Ashley Allsop – Head of Sustainability.
Absolicon Solar Concentrator AB Revolutionary development that opens a new era in solar energy Develops, produces and sells concentrating solar collectors.

Absolicon Solar Concentrator AB Revolutionary development that opens a new era in solar energy Develops, produces and sells concentrating solar collectors.
Installation of New CHP system at the Old Aberdeen Campus.

Installation of New CHP system at the Old Aberdeen Campus.
Platinum Energy, Inc. Slide No. 1 PROJECT EVALUATION Joseph A. Orlando, Ph.D, PE Platinum Energy, Inc. Springfield, Virginia 703 764-3004.

Platinum Energy, Inc. Slide No. 1 PROJECT EVALUATION Joseph A. Orlando, Ph.D, PE Platinum Energy, Inc. Springfield, Virginia
Branford Board of Education Conservation Report Efforts and Results 2001-Present Mark Deming Facilities Director Branford Board of Education November 19,

Branford Board of Education Conservation Report Efforts and Results 2001-Present Mark Deming Facilities Director Branford Board of Education November 19,
Professor: Jeffery Perl Mentor: Dennis O’Brien Team Members: Jinrong Chen, Kei Simmel, Hantao Wang, Marzena Zarycki Scribe: Kei Simmel.

Professor: Jeffery Perl Mentor: Dennis O’Brien Team Members: Jinrong Chen, Kei Simmel, Hantao Wang, Marzena Zarycki Scribe: Kei Simmel.
By Mark Foley.  Combined Heat and Power is the generation of electricity and usable heat simultaneously from the same fuel input.  Electricity primarily.

By Mark Foley.  Combined Heat and Power is the generation of electricity and usable heat simultaneously from the same fuel input.  Electricity primarily.
Co-generation Cogeneration is an attractive option for facilities with high electric rates and buildings that consume large amounts of hot water and electricity.

Co-generation Cogeneration is an attractive option for facilities with high electric rates and buildings that consume large amounts of hot water and electricity.
Tenth Annual Midwest Energy Conference March 7, 2007 How Best Satisfy Midwest Electric Load Growth? Thomas R. Casten Chairman Recycled Energy Development.

Tenth Annual Midwest Energy Conference March 7, 2007 How Best Satisfy Midwest Electric Load Growth? Thomas R. Casten Chairman Recycled Energy Development.
ISA April 23rd, 2009 www.f4energy.com Reducing Site Energy Costs with Combined Heat and Power Generation.

ISA April 23rd, Reducing Site Energy Costs with Combined Heat and Power Generation.
Reduses – Ampèrestraat 19D – 3861 NC Nijkerk, NL – Tel. +31 33 2465858 – – Applied gas engine heatpumps Thermal energy solutions.

Reduses – Ampèrestraat 19D – 3861 NC Nijkerk, NL – Tel – – Applied gas engine heatpumps Thermal energy solutions.
TEAM UP! FOR Waste-Heat AND Recovery SAVINGS It can be as easy as re-using hot exhaust air.

TEAM UP! FOR Waste-Heat AND Recovery SAVINGS It can be as easy as re-using hot exhaust air.
Darden School Social Responsibility and Entrepreneurship April 2, 2007 Recycling Energy: Profitably Mitigating Climate Change Tom Casten Chair, Recycled.

Darden School Social Responsibility and Entrepreneurship April 2, 2007 Recycling Energy: Profitably Mitigating Climate Change Tom Casten Chair, Recycled.
1 EERMC Public Meeting on Combined Heat and Power September 17, 2013.

1 EERMC Public Meeting on Combined Heat and Power September 17, 2013.
FIFTH ANNUAL FEDERAL ENERGY WORKSHOP & DEFENSE ENERGY PARTNERSHIP FORUM | PAGE 2 Bruce Hedman, Institute for Industrial Productivity September 16, 2014.

FIFTH ANNUAL FEDERAL ENERGY WORKSHOP & DEFENSE ENERGY PARTNERSHIP FORUM | PAGE 2 Bruce Hedman, Institute for Industrial Productivity September 16, 2014.
RETScreen® Energy Efficiency Projects

RETScreen® Energy Efficiency Projects
October 2002 Enerbuild meeting FUEL CELLS IN BUILDINGS Research needs to develop the sector.

October 2002 Enerbuild meeting FUEL CELLS IN BUILDINGS Research needs to develop the sector.
Workshop on HFC Management and 35th OEWG Meeting of the Parties to the Montreal Protocol Bangkok - Thailand What are the costs of replacing conventional.

Workshop on HFC Management and 35th OEWG Meeting of the Parties to the Montreal Protocol Bangkok - Thailand What are the costs of replacing conventional.

Similar presentations

Ads by Google