Portuguese and Italian researchers have shown that the levelized cost of hydrogen (LCOH) is lower onshore and that PV-wind configurations reduce the LCOH up to 70%, while Lhyfe says it has started collaborating on a hydrogen storage project.
SolarPower Europe forecasts more than 1 TW of annual solar installations by 2028, but financing and energy system flexibility must be unlocked.
The Amsterdam municipal authorities say they will make installing solar panels and heat pumps easier and allow visible installations on monuments and heritage buildings.
Bernreuter Research says low module prices will drive demand in the second half of this year. The researchers note the shipment targets of the world’s six largest solar module suppliers, who are aiming for an annual growth rate of 40% on average.
Electricity prices fell in all major electricity markets except the British and Nordic markets in the second week of June. Portugal reached an all-time daily solar production record, registering 22 GWh on June 13.
Canon has announced a new functional material for perovskite thin film passivation that potentially improves durability of perovskite solar cells while enabling a mass-production process. The Japanese company aims to start commercial production of the material in 2025.
Swedish solar developer Alight has obtained a grid connection for its 100 MW solar project in Eurajoki, western Finland. Construction is expected to start later this year.
Scientists in the UK developed a controller for B2B trading platform that considers thermal and visual comfort. Their modeling shows that participating in local energy trading increases the robustness of the control systems in residential microgrids in face of uncertainty in the occupant comfort level.
Scientists in Spain have developed thermal image mapping on dense and high-resolution point clouds representing status and geometry of PV modules and automatic identification of individual solar panels in 3D space. The proposed methodology was found to provide “exceptionally high” accuracy.
Princeton NuEnergy (PNE) has secured $30 million of funds for lithium battery recycling. The low-temperature plasma-assisted separation (LPAS) process, developed at Princeton University, produces battery-grade cathode and anode materials for direct use in cell manufacturing.
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