ArcelorMittal has started producing its Helioroof building-integrated PV modules in France. The steelmaker says the system aims to simplify energy retrofits for commercial and industrial roofs.
In a new perspective paper, researchers from Dresden University of Technology and Denmark’s InfinityPV analyzed scientific research and more than 100 companies involved in organic PV and perovskite solar cell manufacturing. Their findings show that the commercialization of these technologies depends on the PV industry’s ability to increase financial transparency.
The global PV market faces uncertainty amid fluctuating module prices and evolving energy policies. Changes to Chinese export taxes may further raise module costs, affecting European and Asian markets.
Developed by an international research team, the cell features a cadmium sulfide electron transport layer produced using a novel ozone-doping strategy. This treatment enhances material purity and stability while widening the energy bandgap of cadmium sulfide.
The new Fusio floating structure features a triangular design and is said to be particularly suited to markets such as India and Southeast Asia. Tilt angles can be configured at either 5° or 12°.
The French Energy Regulatory Commission (CRE) has lowered feed-in tariffs by up to 16% for rooftop solar systems between 10 kW and 100 kW, while keeping smaller system rates unchanged.
Sinn Power has deployed a 1.8 MW vertical solar array on a quarry lake in the Bavarian municipality of Gilching. The company highlights the ecological benefits of the vertical system configuration and, perhaps surprisingly, its high resistance to storms.
Researchers in China have developed a dust monitoring technique that relies solely on the existing hardware resources of inverters, without requiring extra sensors or meteorological data. Tests on real rooftop PV arrays demonstrated an accuracy exceeding 96%.”
The single-phase system delivers an output ranging from 3,680 W to 10,000 W and offers a storage capacity between 4.992 kWh and 19.968 kWh. The new product is based on LFP batteries.
Researchers in Germany have examined how battery storage could help façade PV systems move beyond their niche market by 2030. Their findings show that a large majority of south-oriented façades in Europe could be equipped with vertical solar arrays combined with batteries.
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