Modules & Upstream Manufacturing

The cell may be potentially used as a top subcell in tandem crystalline silicon-based devices. It was built with CdSe thin film with a direct bandgap of 1.72 eV.

Wood Mackenzie has predicted solar equipment cost increases will ease back after last year saw the average cost of solar electricity rise for the first time in the Asia-Pacific region.

The Australian Renewable Energy Agency has announced AUD 40 million ($28.7 million) of research and development funding across two streams. Stream 1 consists of cells and modules, while Stream 2 is focused on balance of system, along with operations and maintenance. It is hoped the additional funding will spur Australia’s pioneering solar research to push for the federal government’s “ultra low-cost solar” target of AUD 15/MWh.

Developed by scientists in China, the cell achieved an open-circuit voltage of 1.192V, and a fill factor of 80.67%. Its perovskite capping layer was treated with a special ionic liquid that had a positive influence on both the device’s efficiency and stability.

Solar manufacturer JinkoSolar announced on Wednesday that its 8 GW TOPCon cell factory in the Anhui Province has started manufacturing activities. Polysilicon supplier and solar cell maker Tongwei announced on Thursday it expects to achieve a net profit of up to RMB 8.5 billion ($1.33 billion) with a YoY increase of around 136%.

Recent research from Thailand has shown that solar-plus-storage on floating platforms could be the cheapest option to power energy-intensive aeration systems in aquaculture projects. The battery accounts for around 54% of the capital costs, which is why system sizing would be key for economic viability.

French start-up HelioRec has developed a new floater that can contain water to add more weight and increase its stability on the water. According to its creators, the new product can be 3.5 times more stable than conventional blow-molded floaters.

Chinese scientists have developed a hybrid cooling technique to reduce module temperatures by up to 12.86 C and increase power yields by 7.25%. Their system features a PV module and a separate RC module, integrated with a flat plate heat pipe in between.

An international research group has created a closed-loop, transparent energy platform based on PV power generation and hydrogen production from photo-electrochemical cells. The system is claimed to supply power without interruption and to be transparent enough to be integrated into buildings.

The solar roof was developed in collaboration with the Fraunhofer Institute for Solar Energy Systems.