REC Group has launched its latest addition to its ‘N-Peak’ series panels, designed with residential rooftop stylish aesthetics and high-performance needs.
Trina Solar has launched a new high-performance module series using large-area n-Type monocrystalline TOPCon (Tunnel Oxide Passivated Contact) cell technology in both half-cut 144 (72-cell) and 120 half-cut (60-cell) configurations.
PV module manufacturer ZNShine PV Tech have developed graphene coating in collaboration with the China University of Science and Technology for its G12 Series of monocrystalline panels, which is said to increase the transmission properties of the glass, while the hydrophobic effect of the graphene coating achieves the highest level of panel self-cleaning, reducing O&M costs for commercial and utility-scale PV power plants.
Ecoprogetti has launched its new ‘Extended Spectrum, LED Sun Simulator Ed.3’ for PV panels, driving down production costs and providing key advantages to assembly lines and laboratories.
Hoymiles is unveiling its 4-in-1 microinverter, the HM-1200, which is the first designed with reactive power control for 4 solar panels. It still offers the same features as Hoymiles former released MI-1200, with wide DC input operating voltage range (16-60V) & low start-up voltage (22V only).
The Fraunhofer Institute for Solar Energy Systems (ISE) has developed a bonding method for the interconnection of silicon solar cells for the industrial production of shingle modules.
Jolywood (Suzhou) Sunwatt Co has launched two differentiated high-efficiency N-type mono PV modules. The new products, the JW-HT&HD Series ‘Paving’ module boasts a front power of 430W, efficiency of 20.5%, integrated power of 530W with efficiency of 25.4%, as well as a rear power gain of 30%. The JW-HF Series ultra-light flexible module weighs 3.75kg per sqm, due to the advanced composite encapsulation materials.
Solar rooftop mounting solutions provider Esdec has launched its first product into the US market, offering its ‘FlatFix’ system, a lightweight, clickable solar mounting system for flat roofs.
By adopting and modifying technology initially developed by NASA, SunSniffer is able to provide STC (Standard Test Conditions) values of each individual module, on a constant basis during pv power plant operation. This unique technology has been developed with the German Aerospace Center, which consists of software managing Big Data with artificial intelligence and high-precision measuring hardware.
