Highlights

The Department of Science & Technology (DST) under India’s Ministry Of Science & Technology seeks to fund promising R&D projects in solar panel and battery storage waste disposal and recycling. Call for proposals closes on November 15.

German tech company Tube Solar AG has secured €10.8 million to develop its cylindrical agrivoltaic modules. The lightweight devices could also be used on roofs until now considered unsuitable for PV.

Contractors will be required to identify sites and develop, operate and maintain interoperable electric chargers in more than 75 cities.

October 20 is the final date to submit bids for the generation capacity, which will be set up on buildings on the islands of Middle and North Andaman.

A report by the Institute for Energy Economics and Financial Analysis says there is plenty of investment capital available for Indian renewables despite pandemic disruption.

With biodiversity concerns and social impacts such as arguments over the loss of agricultural land delaying projects, non-profit The Nature Conservancy India has published a report to help developers choose their locations more carefully and get India’s energy transition back on track.

The New Delhi-based developer is planning a 50 MW plant after the 100 MW facility originally proposed was stymied by the power evacuation equipment available at the Khulna site.

The solar plant is the Indian multinational’s fifth win in Latin America. The EPC has a a 93.3 MW project in Argentina and is constructing three other Chilean PV plants with a total generation capacity of 588 MW.

The state, which is aiming to hit 2.2 GW of solar within two years, has received a Solar Energy Corporation of India proposal for 500 MW of floating project capacity even as it approves a 40 MW water-borne array put forward by the national solar body. The 500 MW suggested comes on top of a similar scale of floating PV planned across the state by public hydropower company NHPC.

Tens of thousands of health facilities in low- and middle-income countries lack reliable electricity, contributing to high rates of maternal mortality. Health workers struggling in near darkness use candles, kerosene lanterns, or cellphones to provide illumination for critical procedures. They ask patients to pay for candles, batteries for flashlights, or kerosene for lanterns – a barrier to health care for women living in extreme poverty. We Care Solar designs and delivers pre-wired compact Solar Suitcases for maternal health care facilities in the developing world. This all-in-one solar+storage solution for childbirth evolved from a doctoral student’s research project, and is being scaled worldwide to ensure that no woman gives birth in the dark.