The United States-based automotive manufacturing company said its new storage system offers the option of integrating with PV systems. It can be scaled to reach a capacity of up to 35.4 kWh, which the company said would enable approximately 20 hours of storage.
Battery and inverter manufacturer Redback Technologies has bounced back from a tumultuous start to the year – including a short stint in voluntary administration – with the launch of a new range of solar and energy storage products.
The Singapore-based manufacturer said its new panel can achieve self-cleaning through rainwater thanks to its frameless design. The new product features an operating temperature coefficient of -0.30% per C and an efficiency ranging from 21.51% to 22.53%.
SolarEdge has unveiled its new TerraMax Inverter, which boasts 99% efficiency and enables 200% DC oversizing. It features an integrated night-time PID rectifier and is paired with the company’s H1300 Power Optimisers.
Solar cell technology innovator SunDrive Solar will join forces with Chinese PV manufacturing giant Trinasolar to develop “cutting-edge” manufacturing facilities and bring Australian-made solar panels to market at scale.
The Chinese PV manufacturer said its new module series has a power conversion efficiency of up to 24.8% and temperature coefficient is -0.26% per C.
Australian mining and green energy major Fortescue plans to launch its manufacturing efforts in the United States by producing a high-voltage battery pack with up to 34 kWh capacity built around the company’s scalable battery module technology.
The latest supply chain map from Sinovoltaics tracks growth across Southeast Asia, with module capacity reaching 78.8 GW, and 58 production projects tracked.
Scientists have designed a new building-integrated PV system that uses 30 mm of phase change material on each side of the wall. The array reportedly achieved superior thermoelectric coupling performance compared to reference BIPV systems without PCM.
Researchers at the University of New South Wales claim to have identified new TOPCon contact degradation mechanisms that are significantly influenced by the combination of ions and aluminum-silver paste compositions. The primary degradation mechanism was a significant increase in series resistance.
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