Germany

This week saw more than 300 scientists and PV experts converge in Konstanz, Germany for discussion of the latest development in PV cell technology, and for many the first chance for a face-to-face meeting in quite some time. pv magazine reports from the SiliconPV conference, where the PV research community revealed a strong focus on eliminating or optimizing the use of critical materials like silver and indium from cell production, alongside a wealth of improvements in efficiency and longevity that is still possible for silicon PV technology.

The municipal bus fleet in Munich, Germany, will soon be equipped with solar-powered trailer units.

The Solar Energy Innovation and Business Excellence Award concluded on Wednesday, Mar. 30, with a ceremony aimed at recognizing top firms in the renewables sector for outstanding performance in technology breakthroughs and technical performance.

A new deal between Fortescue Future Industries and E.ON will see the Australian company deliver 5 million tons of green hydrogen to Germany, the Netherlands, and multiple cities in Europe by 2030.

Timo Leukefeld GmbH has started offering a decentralized water-heating solution with capacities ranging from 125 liters to 200 liters.

UK climate tech business Levidian has presented a new device. Loop hydrogen has a typical levelized cost of hydrogen (LCOH) of around £2.27/kg, the company told pv magazine. Meanwhile, companies are considering investment in the Celtic Sea, Hamburg, and Galicia and Toyota has announced that hydrogen-powered engine performance has been improved to levels comparable to gasoline engines in just six months.

Vattenfall and Siemens Energy are building an 8MW heat pump for district heating applications in Berlin. The facility will be powered by wind and solar via the electrical grid and will provide heating and cooling to the local district heating network.

The PV manufacturer says there is a risk of electric shock in some of its solar modules due to defective polyamide backsheets. Products delivered between 2010 and 2012 are affected. According to Schüco, they should be uninstalled and disposed of.

German scientists have tried to determine whether a PV system linked to a small electrolyzer, a fuel cell, and lithium-ion batteries could fully power a grid-connected household. Their new proposal consists of a 6.8kW PV array, a 5kW electrolyzer, a 1.24kW fuel cell system, and battery storage.

German consultancy VDE Renewables and global reinsurer Munich Re have outlined an approach to quantify the impact of risk mitigation measures applied to PV projects, as well as the advantages that may be derived by relying on an insurance solution. Risk mitigation expert Ulrike Jahn has spoken with pv magazine on how the new approach was shaped and what kind of performance issues should be taken into account by PV asset owners.