Bridge to India figures show dominance of Chinese inverters, which supplied almost 80% of installs from July last year to the end of June.
As of June 30, the country installed 90.5 GW of renewable energy capacity from solar (utility-scale and rooftop), wind and biomass resources.
Solar panels at the railway coach manufacturer’s three factories in West Bengal will cover approximately 50,000 sq m of roof space and generate around a quarter of the power used by the company each year.
The solar plant, in drought-prone Rajasthan, features a water-free robotic cleaning mechanism which also saves on labor costs.
The state electric company has issued a call for expressions of interest in installing the residential arrays.
The CSIR-Central Mechanical Engineering Research Institute (CMERI), Durgapur, which has expertise in the design and development of solar artifacts for multifaceted uses, and the National Institute of Solar Energy (NISE), Gurugram, will conduct joint field studies for different solar technologies and work towards skill and capacity building.
The story of residential rooftop solar is one of liberation. Confronted with high module prices, early PV adopters experienced significantly longer payback periods – it was not unheard of for homeowners to be making monthly finance payments higher than their utility bills. But consumers were motivated, seeking independence from the stranglehold that electricity providers had on them with ever-increasing utility rates.
The International Solar Alliance signals India’s hope to be a global competitor in emerging technologies and cement its place as an institution builder. But how does India’s vision translate into domestic policy? Has India led by example?
The 6.2 MWp ‘carport style’ solar plant at Tata Motors’ Chikhali plant in the Pune district will use 12,896 monocrystalline panels rated 485 Wp each and cover an area of 40,000 sq.m.
The nation’s largest electricity consumer is working towards installing 500 MW of rooftop solar generation capacity by 2021-22. Besides, it aims to establish an aggregate 20 GW ground-mount solar capacity by 2030, which shall come up over 51,000 hectares of its trackside vacant land.
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