Manufacturing

Risen Australia and distributer One Stop Warehouse signed an expanded 150 MW distribution agreement last week, marking the Chinese module maker’s attempt to further expand its share of the rooftop market segment. With Risen’s new heterojunction (HJT) module, the 415-435 W Sieger, moving into mass production, One Stop Warehouse’s Leo Ye says that the “new, fresh” technology will be a welcome addition to the Australian rooftop market segment.

The Australian Energy Market Operator (AEMO) has announced a major step forward in the West Murray Zone after it granted registration to one of the biggest solar farm in that troubled part of the grid.

The Chinese-Canadian company has unveiled a range of high-power modules which are set to go into mass production by early next year. The series includes a commercial and industrial rooftop-dedicated product offering a reported 405 W.

An international research group has developed a self-cooling PV system featuring a 250 W 60-cell polycrystalline module and a thermal collector attached to the back side of the panel. The cleaning tech is based on a microcontroller programmable integrated circuit, which controls a rotating DC motor.

New research from Wood Mackenzie shows that overall system costs for installations using mono PERC modules are set to fall by as much as 20% by 2025.

A very small number of PV systems installed on Australian rooftops are considered to be potentially unsafe, the Clean Energy Regulator’s new report finds. Water entering DC isolators is identified as the greatest risk and the most common cause of PV system failures.

U.S.-owned business intelligence firm Wood Mackenzie has attempted to evaluate the market opportunities offered by the repowering of solar projects around the world which feature inverters which are 10 years old – as well as those which will expire ahead of time.

Straddling two state borders, the West Murray region in southeastern Australia has become a microcosm of technical challenges that can plague the energy transition. Faced with serious curtailment of solar farms in this electrically remote region, a remarkable inverter-based technical feat may have changed the game.

Under a new plan to stabilize its grid, the South Australian State Government is providing $10 million to upgrade its voltage management and giving the green light to the Australian Energy Market Operator to stop its rooftop solar from feeding in when needed. The plan also highlights the importance “smart” PV and stronger network interconnection, primarily the new SA-NSW line a.k.a. Project EnergyConnect.

The spherical 3D cells can reportedly generate around 101% more power than conventional flat solar cells. Measurements have also shown that the spherical cells provide a 10% lower maximum temperature compared to flat cells, while accumulating less dust.