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Australia’s Northern Territory has unveiled a new target of net-zero carbon emissions by 2050 in a policy document that touts solar and backs a proposed 10GW/20-30GWh solar-plus-storage plant earmarked to provide energy to the region and Singapore.

Element Energy just closed a $111 Million Series B investment to deploy its adaptive battery management systems. Co-led by a US clean energy giant & Cohort Ventures, it will use the funds to power 1st & 2nd life batteries, explore EV batteries, & acquire 2+ GWh of lightly-used EVs.

Smartenergy's expansion to Abu Dhabi marks a strategic move to tap into global financial markets and drive renewable energy investments in industries like aviation and maritime.

Marangatu Solar Complex lights the way for sustainable energy in Brazil, attracting green industries and international partnerships for a brighter future.

Revolutionizing space energy with the Star Catcher Network, Star Catcher Industries Inc secures $12.2 million in funding for a brighter future in Low Earth Orbit.

Scientists in Australia have actually discovered a means to control laser light at a portion of the expense of present innovation.

Energy company selected as route-to-market and trading companion on the battery project

The managing director of London-based energy infrastructure company Statera has told pv magazine a clean energy grid in the U.K. will require as much flexible gas plant capacity as battery storage.

Kesterite is a natural mineral with numerous vital product residential or commercial properties, including a band space that can be utilized as a light absorber material for next generation thin-film solar cells.

Researchers led by MIT have suggested chitin, a carbon and also nitrogen-rich material made from waste shrimp coverings, might create sustainable electrodes for vanadium redox flow batteries as well as other energy storage innovations.

A study team led by Prof. CHEN Tao and also Prof. ZHU Changfei, and also their partner Prof. HAO Xiaojing at UNSW, created a hydrothermal deposition approach for the synthesis of antimony selenosulfide for solar cell applications. With this absorber material, the solar cell break the 10% benchmark performance obstacle. This outcome has actually been released in Nature Energy entitled "Hydrothermal deposition of antimony selenosulfide thin films enables solar cells with 10% performance".

Carbon clusters of a few nanometers in size could be responsible for the defects affecting the thermal stability of SiCs. The defective carbon accumulations arise during the oxidation of silicon carbide to silicon dioxide under high temperatures

Researchers in the U.S. claim to have developed a manufacturing process based on the use of a latex balloon that could lead to the production of more efficient curved electronic devices, including hemispherical solar cells.

The record feat compares to usual figures of 2-3% for such devices. The Taiwanese scientists who developed the cell said it was prepared with the Silar method and is based on a ternary metal sulfide-alloyed semiconductor. They claim performance could be further boosted.

Scientists at Switzerland’s University of Applied Sciences Rapperswil have demonstrated an aluminum conversion process which could be valuable for long-term renewable energy storage. Simulations suggest that by employing the process, a new multi-family building in Switzerland could meet all its energy demand from a 7-11 kWp solar system.