NSEFI Member in News

Tata Power RE is Awarded 255 MW Hybrid Project in Karnataka

The renwable energy arm of Tata Power, Tata Power Renewable Energy (TPREL), will be establishing up 255 MW capacity hybrid (wind and solar) power project in Karnataka.Read More

Top Stories

Your Phone, or Clothing - These Paper-thin Solar Cells be Added to Any Surface

The team of researchers have made thin layers of photovoltaic cells that come with a series of advantages.  Read More

Gujarat Issues Consultancy Tender to Develop 150 MW of Solar Projects

Gujarat Urban Development Company (GUDC) has invited bids to select a consultant for the development of 150 MW of solar power projects...Read More

Ahmedabad Municipal Corporation Seeks Bids for 2 MW Rooftop Solar Systems

Ahmedabad Municipal Corporation has invited bids to commission 2 MW of grid-connected rooftop solar systems with remote...Read More

Delhi High Court Provides Solar Developer Protection Against Retrospective Denial of Concessional Rate of Customs Duty

The Delhi High Court has granted temporary protection to ReNew Hans Urja, a solar developer, from the retroactive denial of a reduced rate of customs duty on imports for a 600 MW solar power project.Read More

Renewable Adoption can Save Business 15-30% on Power Bills

Affordability, reliability, and sustainability are the three pillars driving the growth of renewable energy adoption among businesses ...Read More

Significant Developments in India's Energy Storage Sector in 2022

India’s energy storage sector witnessed significant developments in 2022, which included the government issuing guidelines for the ...Read More

IIT Guwahati Report Multifunctional Enzyme that can Breakdown Woody Biomass for Conversion to Bioethanol

Researchers at the Indian Institute of Technology (IIT) Guwahati have studied the efficacy of a specific bacterial endoglucanase enzyme, RfGH5_4 from Ruminococcus flavefaciens in breaking down woody biomatter into a simple sugar that can be fermented efficiently to produce bioethanol.Read More