Solar Manufacturing News

Sun Da has moved to become the lithium energy storage and electric vehicle battery company’s second largest investor, raising HK$10.3 million for the business in the process.

‘Solar Module Super League’ (SMSL) member JA Solar has unveiled plans to bolster its output with a new cell manufacturing facility and module production plant.

US solar firm SunPower is to cut up to 160 jobs as part of a restructuring plan following the spin off of its manufacturing operations.

JA Solar has announced that it has won a tender to supply high-efficiency modules to Huanghe hydropower transmission project. The company will supply 490 MW to Huanghes Qinghai Province ultra-high voltage Transmission project.

The American energy tech firm has recently unveiled its “Ensemble in a Box” solar-plus-storage set for 2 solar modules and a 640-watt 2-module microinverter.

JA Solar will supply high-efficiency modules to the Huanghe Hydropower project. JA won the bid to supply the modules to the ultra-high project China based transmission project.

Q Cells, A South Korea Company has already supplied about 299.77 kWp to the United Kingdom’s headquarters. The company installed a solar system consisting of 967 modules in 7 days. The modules were supplied to Solar Perfect because it lacked adequate storage spaces.

Only Indian companies are allowed to bid for this project. The company that succeeds will supply 4.5W, 4.6W and 4.67W multicrystalline silicon solar cells. the bidding process is expected to close on the 6th day of January.

Finnish lender Nordea has called in a NOK150 million indemnity loan thought to have been taken out by REC Silicon ASA as a result of the bankruptcy of its Norwegian wafer manufacturing arm seven years ago.

U.S. scientists are trying to understand how non-fullerene small-molecule acceptors (NAFs) increase the efficiency of organic PV devices. They claim that methoxy groups embedded in the acceptors could facilitate an efficiency increase of approximately 6%.

1366 technollogy investing so much to ensure that they spend less time forming wafer with the use of molten silicon.

An American research team developed the new formula by applying to bifacial cells the Shockley-Queisser triangle, which is used to calculate the maximum theoretical efficiency of a monofacial solar cell using a single p-n junction technology. According to the group’s findings, the the triangle can help to clarify the deeper physical principles of the bifacial technology.

The Chinese manufacturer’s roadmap for its new module technology includes plans to raise panel output to 500 W. The Tiger modules are said to be fully compatible with the company’s existing module encapsulation processes and equipment.

The project will be built by an undisclosed multinational glass company in the Sabah region at Kota Kinbalu park and it’s worth $483 million.

A team of researchers in the US is using machine learning technology to optimize the composition of the material. It will help to predict the performance of perovskite solar cells and design strategies. According to the research conducted by 2000 peers, they reviewed perovskite publications which allowed them to collect over 300 data points.