May 4 is the last date to submit bids for supplying 1130 quantities of 72-cell, 330Wp crystalline-silicon solar modules for Visvesvaraya Technological University. The modules are to be delivered within 45 days of the purchase order.
The EPC provider has won an aggregate 13.2 MWp solar capacity from State-owned Central Electronics Limited, in addition to projects from Gas Authority of India Limited, Bihar Renewable Energy Development Agency, Hindustan Petroleum Corporation Limited and Reserve Bank of India.
The interstate transmission system (ISTS) connected projects—to be developed on build-own-operate basis in the Koppal Solar Park—shall be awarded through international competitive bidding followed by reverse auction. Bids can be submitted till May 29.
Over 21.6% or 3 GW of solar and wind installations will get delayed due to supply and labour disruptions caused by the ongoing Covid-19 lockdown, according to the analysts which in a January report forecast the country to add over 15 GW of renewable capacity this year.
The utility-scale PV project, which Belectric built for Fortum Solar India across five sites, is the largest amount of solar capacity that the German EPC services provider has commissioned in the country thus far.
Norwegian analyst Rystad Energy has predicted the stop on PV tenders in Karnataka will see Rajasthan become India’s leading solar state this year. The market research firm expects India to add only 10 GW new solar in 2020, however, and the same figure in 2021.
pv magazine recently attended the opening ceremony of TBEA’s GW-class new energy equipment manufacturing base in Bangalore–the city that also hosted the recent Intersolar India exhibition and conference in the same week as TBEA’s inauguration ceremony.
Program aims to drive down the cost of solar electricity to a maximum of Rs2.50/kWh in a nation where tariffs vary wildly from state to state.
Ather Energy, an Indian electric scooter maker, has signed a memorandum of understanding with the government of Tamil Nadu to open a new production facility for lithium-ion batteries and electric vehicles.
While BHEL will primarily produce Li-ion cells for ISRO and other strategic sector programmes, it can also suitably modify the space-grade cells—and thus leading to cost reduction—to meet the requirements of commercial applications.
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