The recent COP28 meeting resulted in targets to triple global renewable energy capacity by 2030, and demand for solar power is expected to continue to grow amid a market that is transitioning toward more advanced technologies. Here we examine the outlook for heterojunction (HJT) solar solutions and the types of projects that are already showcasing their potential in major regions.

The company’s new product series is now part of the FusionSolar “One-Fits-All” residential smart PV solution.

Huasun is well on its way to achieving its goal of providing the best heterojunction (HJT) products to the world, with expanding production capabilities and advances in cell and module performance, according to Chairman Jimmy Xu. Here, he discusses the company’s top achievements and its plans for the next five years.

Sometimes, progress involves looking backwards. In this case, a return to back contact solar cell architecture has resulted in improved efficiencies and reductions in cost.

The manufacturer is working to localize its products and services as it expands globally, according to Jesse Lau, SOFAR’s Head of APAC & MEA Region. In this interview, he talks about the company’s strategy and plans for Australia in 2024.

The collaborative research project, which will run through 2025, is funded by the Federal Ministry of Economic Affairs and Climate Action in Germany.

New Wending batteries from REPT BATTERO are out-performing traditional lithium ion batteries for grid level energy storage. The company’s CEO, Dr. Hui Cao, discusses how the battery innovation will aid in integrating renewables to the grid.

The company says its new 210R module series, such as the 630 W module for example, will reduce LCOE by 2.6% and increase project IRR by 3.9%. The Everest line of modules will be produced at Huasun’s three main bases with a total capacity of 12 GW.

The system’s manufacturer, Midea, is targeting UK homeowners with an all-in-one solution for managing PV, energy storage, heat pumps, and air conditioning.

Dew, frost, and soiling on the optical dome of a radiometer all have a significant negative impact as obstructions can lead to bad readings. Ventilation and heating are two ways to deal with this problem.