Technology

Aiming to localize production across the electric vehicle value chain, the government will support battery manufacturing at a gigawatt-scale. The initial focus will be on large-scale module and pack assembly plants by the next fiscal year, followed by integrated cell manufacturing by 2021-22.

The chief executive of Britain’s Proinso suggested slashing the length of power supply contracts from 25 to just five years could be a significant setback for Indian solar, and said the solution could be a hybrid agreement incorporating fixed and spot prices.

Hard-up distribution companies say they are not reaping the benefits of falling renewable energy generation costs because 25-year deals tie them to paying power prices which now appear unjustifiably high.

The Solar Energy Corporation of India (SECI) has invited bids for implementation of 97.5MWp grid-connected rooftop solar PV systems on government buildings in different States/Union Territories of India. The projects, under both CAPEX and RESCO models, will be awarded through international competitive bidding. The deadline for bid submission is March 27.

As against the all-time low of Rs 2.44 per unit recorded in July last year, the latest SECI auction saw the lowest winning tariff of Rs 2.55 per unit offered by ReNew Power. Other winners included Azure Power, Eden Renewable and SoftBank-backed SB Energy.

US-based Pellucere Technologies, Inc. has secured funding to commercialize its MoreSun coating that increases solar module energy output by more than 4%.

The government of India has approved central financial support of more than Rs46,000 crore by 2022 to promote solar among farmers and in the residential sector. The KUSUM scheme for farmers has been allocated Rs34,422 crore and the rooftop solar program Rs11,814 crore.

Magenta Power, a Mumbai-based solar power and electric vehicle charging solutions provider, and Mahindra Susten, renewable arm of US$20.7-billion multinational Mahindra Group, will jointly work towards developing technological solutions and rooftop solar power installations.

A new approach could extract carbon from polyethylenes in a cost-competitive way, that could be scaled up. Researchers have also performed electric testing with the extracted carbon and found it suitable for use as anodes in Li-ion batteries, among multiple other uses.

The region’s climate, developing economies and demographic growth are driving increased electricity demand in the Middle East and North Africa. However, as a hub of conventional energy supply, the region has been slow to embrace PV. To capture more of the value chain and deliver the full potential of solar, there are increasing calls for distributed generation deployment to play a bigger role.