Giz2012 Trigeneration Igen En
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Indo–German Energy Programme (IGEN) Trigeneration Site for demonstration of Trigen pilot plant at JPNATC, New Delhi A snapshot Demonstrate the Trigeneration technology (efficient heating + cooling) by setting up a pilot plant at a government hospital Jai Prakash Narayan Apex Trauma Centre (JPNATC, AIIMS) in New Delhi. What is our Objective? Increased use of Trigeneration based energy efficient cooling technologies to help reduce greenhouse gas emissions. Who is our partner? Bureau of Energy Efficiency (BEE), Ministry of Power, Government of India. Who are we working with? The pilot project is being implemented at Jai Prakash Narayan Apex Trauma Center (JPNATC, AIIMS).
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Transcript of Giz2012 Trigeneration Igen En
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IndoGerman Energy Programme (IGEN)
Trigeneration
Site for demonstration of Trigen pilot plant at JPNATC, New Delhi
A snapshot Demonstrate the Trigeneration technology (efficient heating + cooling) by setting up a pilot plant at a government hospital Jai Prakash Narayan Apex Trauma Centre (JPNATC, AIIMS) in New Delhi.
What is our Objective? Increased use of Trigeneration based energy efficient cooling technologies to help reduce greenhouse gas emissions.
Who is our partner? Bureau of Energy Efficiency (BEE), Ministry of Power, Government of India.
Who are we working with? The pilot project is being implemented at Jai Prakash Narayan Apex Trauma Center (JPNATC, AIIMS).
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Dr. Anant Shukla
C/o Bureau of Energy Efficiency (MoP), West Block - 2, Sector 1, R.K. Puram, New Delhi - 110066, IndiaT +91 11 2619 4770 - 72; Ext 308F +91 11 2617 8352E [email protected] www.giz.de / www.trigenindia.comNew Delhi, June 2012
About the Project
Trigeneration is used to simultaneously produce electricity, heat and cooling at the end users location at higher efficiency. Waste heat recovery from power generation at site itself can be used for the heating and cooling needs increases the overall efficiency and further reduces the transmission and distribution losses. Trigeneration reduces the peak power demand and additional power generated can also be fed into the grid.
Trigeneration technology is largely unknown in India and only few Trigen systems have so far been installed in the country. Promising areas for its use include hospitals, hotels, airports, departmental stores, IT and data-processing centres, industries, etc. Estimates suggest there are several thousand sites in India where Trigeneration could be economically viable, with outputs ranging from 200 kWel to several MWel per installed system.
A significant number of mixed audience that consist of viz. engineer, architect, management owner/in-charge of hospitals, hotels and industries have shown interest in the Trigen technology and supply of equipments required in setting up a plant during the awareness campaign through meetings, seminars, conferences, etc. (The number of registered users on Trigen website is increasing every day).
The project is developing a concept to improve the legal and economic framework to enable the promotion of this concept with recommendation to allocation of gas to Trigen based power plants; developing market by creating policies that addresses issues like feed-in tariff, wheeling of electricity, gas pricing, etc.
Key results
A market assessment study assessed the potential for Trigeneration, and to connect to partners (users, manufacturers and suppliers of the technology) in the Indian building sector interested in this technology.
Feasibility study was conducted at JPNATC and site prepared for the pilot plant.
The pilot plant is successfully commissioned at pilot project site JPNATC.
The plant is being Operated & Maintained (O&M) for one year jointly by BEE and GIZ. The pilot plant is being monitored for its performance - the learnings and the case study of the pilot project will be published and made available to the interested persons, institutions, etc.
Gas Engine at Trigen pilot plant site JPNATC, AIIMS
