Achieving Reduction in GHG Emissions through Advanced Energy Efficiency Technology in Electric Motors
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Category: MCF
A project proposes introducing high-pressure copper die casting technology (CMR Technology) for manufacturing high-efficiency electric motors in India and other Asian countries to achieve energy savings and reduce greenhouse gas emissions.
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Full text:
Request for CEO endorsement/Approval Project Type: FORMDROPDOWN the GEF Trust Fund Submission Date: 29 March 2006 Re-submission Date: 19 December 2007 Re-Re-submission Date: 7 March 2008 Expected Calendar Milestones Dates Work Program (for FSP) FORMTEXT (actual) GEF Agency Approval April 2008 Implementation Start May 2008 Mid-term Review (if planned) Nov 2009 Implementation Completion April 2011 part i: project Information GEFSEC Project ID: FORMTEXT 3152 gef agency Project ID: FORMTEXT 3489 Country(ies): FORMTEXT India Project Title: FORMTEXT Achieving Reduction in GHG Emissions Through Advanced Energy Efficiency Technology in Electric Motors GEF Agency(ies): FORMDROPDOWN Other Executing partner(s): FORMTEXT International Copper Association (ICA) GEF Focal Area(s): FORMDROPDOWN FORMDROPDOWN GEF-4 Strategic program(S): FORMTEXT SP-2 Name of parent program/umbrella project: FORMTEXT N/A Project framework (Expand table as necessary) Project Objective: FORMTEXT Introduce technology for high pressure copper die casting for manufacturers of copper cast rotor and electric motors to achieve energy savings. Project Components Indicate whether Investment, TA, or STA** Expected Outcomes Expected Outputs GEF Financing* Co-financing* Total ($) ($) % ($) % 1. FORMTEXT Enabling Technology Centre has been set up and is fully functioning FORMTEXT TA FORMTEXT ETC is built and functioning. Physical installation of plant and equipments (within 1 year post project launch). FORMTEXT Building an additional bay to accommodate ETC. Fabricated, procured & commissioned machinery & equipment at the ETC FORMTEXT 30,000 FORMTEXT 12.00 FORMTEXT 660,100 FORMTEXT 59.25 FORMTEXT 690,100 2. FORMTEXT CMR Technology has been assimilated and upgraded FORMTEXT TA FORMTEXT Successful results on pilot batches of cast copper rotors - at least 2 rotor sizes (within 2 years post project launch). Successful alliance formed with at least 2 manufacturers (within 2 years post project launch). FORMTEXT Forming alliances with motor manufacturers to work jointly on the product.process design. Conducting trails & technical studies. Integrating good product design and process seamlessly. 75,000 30.00 283,700 FORMTEXT 25.26 358,700 3. FORMTEXT Technology has been transferred and commercialised FORMTEXT TA FORMTEXT visits of motor manufacturers to ETC & demonstrate technical feasibility for copper die-casting. Signed technology transfer agreements. Letters of enquiroes from end users & OEMs as a result of market development programs & awareness building exercises. FORMTEXT Technology transfer agreements signed. Develop adequate market in support of commercialisation of CMR technology. FORMTEXT 95,000 FORMTEXT 38.00 FORMTEXT 105,200 FORMTEXT 9.46 FORMTEXT 200,200 4. Monitoring and Evaluation M&E 25,000 10.00 20,000 2.00 45,000 5. Project management FORMTEXT 25,000 FORMTEXT 10.00 FORMTEXT 45,000 FORMTEXT 4.03 FORMTEXT 70,000 Total Project Costs FORMTEXT 250,000 FORMTEXT 1,114,000 FORMTEXT 1,364,000 * List the $ by project components. The percentage is the share of GEF and Co-financing respectively to the total amount for the component. ** TA = Technical Assistance; STA = Scientific & technical analysis. B. Financing Plan Summary For The Project ($) Project Preparation* Project Agency Fee Total at CEO Endorsement For the record: Total at PIF GEF FORMTEXT - FORMTEXT 250,000 FORMTEXT 25,000 FORMTEXT 250,000 FORMTEXT 250,000 Co-financing FORMTEXT - FORMTEXT 1,114,000
Tags: Climate Finance, Investment, Research And Development, Finance, Development, Public Private, Climate Change, Innovation, Research, Industry, Technology, Climate Fund, Energy Conservation, Mitigation, R&d, Funding, Energy Efficiency, Energy Demand, Energy, Green Investments, Electricity