The Indian Government plans to tender 60 GW of solar and 20 GW of wind capacity by March 2020. This would complete the planned auctions for its targets of 100 GW solar and 60 GW wind installations by 2022, leaving two years for project execution, according to an year-end review by the Ministry of New and Renewable Energy (MNRE).
The Green Climate Fund (GCF) and the National Bank for Agriculture and Rural Development (NABARD) have signed an agreement to infuse US$100 million into an ambitious $250 million project designed to unlock private sector initiatives for the creation of rooftop solar power capacity across India.
Maharashtra (473 MW), Tamil Nadu (312 MW), Karnataka (272 MW), Rajasthan (270 MW) and Uttar Pradesh (223 MW) are the top five states accounting for 54% of the total market—according to Bridge To India’s latest India Solar Rooftop Map report
The iSTAR-C program of India’s International Solar Alliance (ISA) was adjudged an outstanding project during the Paris Peace Forum this month. The program is one of many ISA initiatives to develop solar resources in member countries. After the first assembly of the ISA, interim Director-General Upendra Tripathy tells pv magazine about the organization’s achievements and plans.
Solar and/or wind are said to be the cheapest source of new energy generation in all major economies, apart from Japan, finds BloombergNEF. It adds that China’s utility-scale PV market has contracted by over a third this year; and that battery costs are set to drop a further 66% by 2030, driven by EV adoption.
State is struggling to hit an ambitious distributed generation target that calls for another 1.6 GW of rooftop capacity within four years.
India added 1.2 GW of large-scale projects in the third quarter of 2018-19, taking new capacity in the first half to 1.9 GW. The numbers are down 43% and 44%, respectively, on the same periods of the previous year, according to Bridge to India’s quarterly India Solar Compass.
The first companies are demonstrating that today it can be worthwhile commercially to back electric vehicles in combination with solar generation and storage. Particularly in the case of public charging stations, solar power used for electric vehicle charging could become the basis for a profitable operator model in the future.
The programme allows the installation of solar roof atop apartment blocks, which otherwise could not install such systems. Potential in the area is around 15 MW, of which 6 MW have been signed up for already. Another 5 MW should be developed in this second phase of the project.
Despite political hurdles in key markets including China and Japan, Asia remains highly active. This year, 59 GW of solar is expected to be installed and due to further system price declines, a phase-out of subsidy schemes can be offset.
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