PARTNERSHIP UNDER IFC’S TECHEMERGE PROGRAM TACKLES INDIA’S GROWING COOLING DEMAND AND GRID INSTABILITY
(MOREPIC1)Face2Newa/Mohali
Plaksha University and Tabreed India, in partnership with IFC’s TechEmerge program, are piloting a ground breaking sustainable cooling solution using Phase Change Material – Thermal Energy Storage (PCM-TES) at Plaksha University’s campus. This initiative addresses the increasing demand for cooling in India, which strains the electricity grid and contributes to higher carbon emissions.
Air conditioning accounts for nearly 30% of household electricity consumption in India, with peak demand occurring when solar energy is unavailable. The PCM-TES system offers a solution by storing cooling energy during the day, utilizing renewable sources, and releasing it at night, reducing reliance on fossil fuel-generated power.
“This pilot project demonstrates the potential of PCM-TES technology to revolutionize residential cooling in India,” said Vishal Garg, Plaksha University. “By integrating renewable energy with thermal storage, we can create a cost-effective and environmentally friendly alternative to traditional cooling methods, reducing peak load on the grid and minimizing our carbon footprint.”
(SUBHEAD)The pilot project is being implemented at Plaksha University’s hostel building, which houses 220 rooms. The system utilizes cryogel-based PCM for high-density thermal retention and is integrated with a solar PV system to charge the TES during the day. Automated controls optimize the charge-discharge cycles for maximum efficiency.
“We are excited to partner with Plaksha University and IFC’s TechEmerge program on this important initiative,” said Sudheer Perla – Managing Director – Tabreed Asia. “This project aligns with our commitment to developing and deploying innovative cooling solutions that are both sustainable and efficient. We believe that PCM-TES technology has the potential to transform the cooling sector in India and beyond.”
The project is part of a broader collaboration between Plaksha University, Tabreed India, and IFC’s TechEmerge program, through the Cooling Innovation Lab (CIL). The partnership aims to accelerate the market adoption of innovative cooling technologies by implementing grant-funded pilots and pioneering new business models.
The project’s expected impact includes a reduction in grid load, a lower carbon footprint, and the potential to induce behavioral change through innovative billing models. This initiative moves us closer to grid-independent buildings and campuses, contributing to a more sustainable energy future.
