Efficient & Affordable Medium-Size Concentrated Solar Power Device for Low Cost Clean Cooking
Lead Participant:
CRANFIELD UNIVERSITY
Abstract
The Concentrated Solar Power (CSP) can generate a large amount of heat from the sun for cooking, laundry, crop drying which can greatly serve low-income families in developing countries in the remote/off-grid locations. However, the CSP devices are not as energy efficient as other renewable energy (wind and hydroelectric) producing devices. Hence, the aim of this project is to build energy-efficient and affordable Concentrated Solar Power (CSP) device for potential applications in low cost, smoke-free cooking for mid-day meals for school children, a small cafeteria, canteens and vendors using women cooks and women entrepreneurs in India. The objectives of our project will be to 1. Build a small energy-efficient and low-cost CSP based cooking device and carry out a small feasibility study for md-day meal cooking 2. Engage with dedicated schools as well as women workers/cooks/entrepreneurs who work with local schools and small canteens, restaurants in India to improve renewable energy access to women and socially underprivileged populations.
Lead Participant | Project Cost | Grant Offer |
---|---|---|
CRANFIELD UNIVERSITY | £80,464 | £ 80,464 |
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Participant |
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CRANFIELD UNIVERSITY | ||
SARVAAY SOLUTIONS LLP | £27,113 | £ 18,979 |
UNIVERSITY OF LEEDS | ||
CAMETICS CAMBRIDGE ADVANCED METALS LIMITED | £105,550 | £ 73,885 |
People |
ORCID iD |
Leone Sota (Project Manager) |