European researchers have told pv magazine that hydrogen production costs are often underestimated in prefeasibility studies, while the South Korean authorities have reported a rise in deals for large-scale hydrogen consumption projects.
Fraunhofer ISE researchers have investigated whether PV panels installed above orchards can affect the reception of global navigation satellite system (GNSS) signals and, in turn, affect the precision of advanced autonomous tools. They found a disruption and suggested some alternatives.
The Spanish building integrated PV manufacturer has launched glass-glass modules suitable for rooftops and other urban spaces. The new products have a nominal capacity of 75 W.
This kind of solar cell technology had so far reached efficiencies of up to 9%. The new result was made possible by a post-deposition in situ passivation strategy to reduce surface defects in the device, according to its creators.
The Oxford Institute for Energy Studies says addressing hydrogen leakage across the supply chain is crucial to making hydrogen a sustainable energy vector. Italy, meanwhile, has unveiled its national hydrogen strategy, with a focus on its role in the Mediterranean.
The Barcelona City Council is piloting two solar system prototypes designed to provide shade, generate power, and filter air.
Colombian researchers have designed an agrivoltaic system integrating hydroponic growing towers. The modular array, consisting of stackable 20 cm rings, creates a structure up to 2.5 meters tall, optimized for cultivating approximately 80 plants per square meter.
The European Commission, Austria, Lithuania, and Spain have announced new financial support measures for renewable hydrogen development as the European Union prepares for the second European Hydrogen Bank auction.
Portuguese researchers say that raw materials are not a major concern for the European supply chain, while Mibgas Derivatives and DH2 Energy have launched the Iberian Peninsula’s first renewable hydrogen auction.
Conceived by Spanish scientists, the cpvlib framework is configured as a modular tool that can accurately predict the energy production of various CPV configurations. It can reportedly analyze complex behaviors like air mass impact on CPV performance, angle of incidence limits, and light spillage.
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