Technology and R&D

The researchers deposited reduced graphene oxide (rGO) and zinc oxide (ZnO) nanowires over seaweed cellulose to make the anode material for the supercapacitor. The device exhibited a greater energy density of 5.21 Wh/kg, a series resistance of 2.16 ohms, and no air degradation even after 5,000 cycles.  

Maxeon Solar Technologies has filed a lawsuit against Tongwei Solar in Germany’s Dusseldorf district court for the alleged infringement of its European patent for shingled solar cell technology.

Jordanian researchers have developed a method using acrylic sheets to reflect and absorb unused solar radiation in PV power generation. The solution has the potential to decrease solar panel temperature by more than 14% and increase power yields by approximately 2%.

A research group in Ghana has conducted a series of tests to assess the performance of polycrystalline solar modules in PV systems operating in their home country for at least 5 years. They found that the vast majority of the panels may ‘fail’ before 20 years in operation under outdoor conditions.

An Italian research group has assessed the advantages of combining solar power generation in greenhouses with vertical farming. The scientists claim this new approach offers better land use while increasing agricultural yield.

Chinese manufacturer Akcome has released a new line of heterojunction solar panels with a nominal power capacity ranging between 710 W and 730 W and a conversion efficiency of 22.80% to 23.50%.

Scientists in Belgium are exploring the potential of recycled silicon in solar modules at the end of their life cycle for reuse in low-cost, higher-energy-density storage technologies. They claim EV batteries using this silicon may allow faster recharging and travel longer distances on a single charge.

Bengaluru-based Hind High Vacuum (HHV) has designed and built a directional solidification (DSS) furnace to produce polycrystalline silicon ingots in the solar industry.

Green hydrogen holds the potential to decarbonize critical sectors and provide clean energy solutions. However, it accounts for less than 1% of global hydrogen production. Targeted interventions are required to facilitate a smooth transition toward a green hydrogen economy.

A research group from Ireland developed a PVT system consisting of a 170 W photovoltaic panel connected to a water tank placed at the backside of the PV module itself. The PVT module is able to considerably reduce the temperature of the PV unit while producing hot water for residential use.