Asia

Given the huge opportunities crowdfunding presents, we argue that Indonesia could resort to this strategy to fund green projects and help overcome the country’s stalled development of renewable energy.

A global research group has developed a perovskite PV cell with titanium dioxide nanotubes doped with cesium. It purportedly offers better short-circuit current and power conversion efficiency than cells without cesium nanoparticles. They say it has optimal thermal stability under temperatures up to 800 C.

Advanced technology is of little use if it cannot reach those who need it most. Two Indonesian companies – Kopernik, an NGO based in Bali, and Sumba Sustainable Solutions, from the island of Sumba – are trying to bridge the gap between those in need and those with technological solutions. They both focus on the PV electrification of rural areas and brightening Indonesia’s “last mile.”

The module manufacturer’s new storage unit, Trina Storage, aims to create innovative solutions for the combination of photovoltaics and storage, grid services and other applications.

The South Korean manufacturer has brought, to Europe and Australia, its recently launched shingled PERC panel, with an output ranging from 460 to 480 W and an efficiency of up to 20.5%. The products come with a 25-year linear power output guarantee and a 25-year product guarantee.

Large swaths of low-cost land: check. Lots of sun and wind: check. The ability to transport green hydrogen cost-effectively to energy importing economies: check. Then you’re in the race to become one of the “renewable energy superpowers” of the low-carbon economy. A growing number of countries are assessing their renewable resources and natural attributes and positioning themselves to become green hydrogen exporters. However, not all are created equal.

The 2 MW plant is installed at the historic site of agro-food group SPM, in Thailand. With 2.8 GWh/year of low-carbon electricity, it will cover up to 20% of the site’s annual energy consumption.

The developer said it installed and commissioned seven solar rooftops in just three months despite Covid-19 travel restrictions.

At present, China accounts for almost 75% of global lithium-ion battery manufacturing capacity and this share is set to increase through the short term with its build-out of new facilities. And although the US and Europe are enacting policies to encourage domestic battery production, there has been a distinct lack of support for investment in the supply and refining of the raw materials to achieve this. In China, the opposite holds true. 

The tide of clean energy facilities planned under the city’s next five-year strategy was revealed by Hong Kong-listed polysilicon maker Xinte Energy, which has signed a framework agreement to construct 200,000 tons of manufacturing capacity near Inner Mongolia’s largest city.