Technology and R&D

The team produced a 16.53% inverted 1.08 cm2 perovskite solar cell using atomic layer deposition to apply a buffering layer of tin oxide to prevent electrode sputtering damage.

Researchers at the University of Münster have developed a mechanical recycling process for production scrap from the dry processing of lithium-ion batteries. The method operates without solvents, preserves material properties, and allows the recycled cathode powder to be directly reused in electrode manufacturing.

Chinese manufacturer Huasun and Italian developer New Time plan to jointly develop a 1 GW heterojunction–perovskite tandem solar line in northern Italy by the third quarter of 2026, with public support and a focus on building-integrated photovoltaic (BIPV) applications.

A Danish research group is working on an automated material discovery and performance optimization platform for perovskite solar cells. The scientists claim a unique combination of robotics, advanced measurement equipment, and machine learning.

Researchers in Egypt have developed new control strategies for managing frequency fluctuations during deloading of a photovoltaic plant. The proposed methodology combines a proportional–integral controller along with a rate of change of frequency controller.

Carrier, a US-based heating solutions provider, said its new AquaSnap 30RQM heat pump system can deliver a water temperature of up to 60 C. The modular system features a heating capacity of 70 kW to 1,125 kW and a cooling capacity of 77 kW to 1,237 kW. T

Scientists in Saudi Arabia have created a PV-powered air water generator that can be used in remote areas or on lengthy vehicle journeys. It can reportedly produce a liter of water at approximately $0.04 for packing and zero for non-packing.

Chinese researchers, led by a research team from PV Technology Center of Tongwei Co., Ltd, used a sequential annealing process in the fabrication of tandem solar cells, featuring a wide bandgap perovskite top cell on a fully-textured commercial crystalline silicon heterojunction bottom cell. The resulting device had a certified power conversion efficiency of 31.4%, outperforming a 29.43%-efficient control cell.

Wave power may emerge as a valuable renewable energy source given recent economic and technical projections indicating a substantial potential of wave energy, particularly in coastal and island regions. Wave and solar resources are complementary around the world and thus may lead to energy systems combining solar PV with wave power. Islands may benefit most from wave power added to solar PV.

Indian researchers simulated a novel pairing of a CsGeI3 lead-free halide perovskite top cell with a copper-indium-gallium-selenide bottom cell. The resulting tandem device has the potential to achieve a power conversion efficiency of 26.06%