Ohmium and Spirare Energy Collaborate on Green Hydrogen Project in India
Key Ideas
- Ohmium International and Spirare Energy successfully produce green hydrogen at NTPC's NETRA campus in New Delhi using a green microgrid.
- The project aims to advance Indian energy independence and sustainable development by harnessing renewable energy resources for reliable power production.
- The collaboration showcases the efficient integration of Ohmium's PEM electrolyzers with solar energy, addressing intermittency challenges and enabling longer duration storage.
- The initiative aligns with India's commitment to decarbonization and sustainable development, with NTPC planning to install 60 GW of renewable energy capacity by 2032.
Ohmium International and Spirare Energy have partnered to create a green microgrid pilot project at NTPC's NETRA campus in New Delhi, India. The project involves the sustainable production of green hydrogen using Ohmium's PEM electrolyzers powered by a solar array. The stored hydrogen is later converted back into power using fuel cells, ensuring continuous and reliable power supply to the campus. This initiative aligns with India's focus on decarbonization and sustainable development, with NTPC aiming to install 60 GW of renewable energy capacity by 2032. The collaboration between the companies highlights the significance of green microgrids in advancing energy independence and local community development through the utilization of renewable resources. The integration of Ohmium's advanced technology with solar energy enables efficient power production, addressing challenges related to grid intermittency and providing a solution for longer duration energy storage. The successful implementation of this project signifies a step forward in India's journey towards sustainable energy practices and showcases the innovative capabilities of green hydrogen technology in the country.
Topics
Electrolyzer
Renewable Energy
Technology
Innovation
Sustainability
Power Generation
Renewable Resources
Energy Independence
Microgrids
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