The plant—constructed and operated by Germany-headquartered IBC Solar Energy—is NextEnergy’s first investment in India as part of its strategy to acquire ready-to-build or operational solar projects across high-growth international markets.
A study by Germany’s Fraunhofer Institute for Solar Energy Systems has evaluated the feasibility of horticulture PV at the site of Paras in Akola district of Maharashtra, where the state utility Maharashtra State Power Generation Co. Ltd (Mahagenco) is considering to install a ground-mounted solar system on more than 100 hectare (ha) of arable land.
German development agency GIZ has hired DNV GL to study control reserve requirements of India’s southern states. The study—part of the Indo-German Energy Programme—will help ensure efficient and cost-effective integration of large-scale renewable energy supplies in the region.
The path to lower solar LCOE can be painful; just ask a PV manufacturer. However, ever-larger crystalline wafers may cause more pain than they are worth, argues Gerry Knoch, the managing director of wet bench provider exateq. For high efficiency, eliminating cross contamination in wet processes is vital and can be achieved – with carriers playing an important role.
Many factors are important in ballasting flat roof systems, such as wind speed and roof shape. In the past, however, wind force has unfortunately been underestimated, says wind expert Hans Ruscheweyh. pv magazine addressed this topic in a recent webinar with initiative partner Schletter, and drew several interesting points from the discussion.
Although the Wiki-Solar website ranking only provides a snapshot of PV project engineering, procurement and construction contracts outside of China, it is nevertheless a useful indicator of the changing global solar market landscape. Of the top 11 companies, four are based in India, three in Germany, and two in the United States. But last year’s largest contractor, U.S.-based First Solar, might lose its leading position this year, as it has largely discontinued its EPC activities.
Scientists in Germany have developed a “heavy duty” test to provide insight into the long term effects of potential induced degradation in PV modules. The tests go well beyond those established by IEC standards and seek to guide manufacturers and investors on the best choice of materials – encapsulants in particular – when it comes to long term PID resistance.
The utility-scale PV project, which Belectric built for Fortum Solar India across five sites, is the largest amount of solar capacity that the German EPC services provider has commissioned in the country thus far.
Scientists at Germany’s Helmholtz Zentrum Berlin have made a discovery they say could greatly increase the energy storage capacity of titanium-based ‘MXene’ pseudocapacitors, ultimately leading to faster-charging batteries. The group found adding urea molecules between MXene layers increased the material’s storage capacity by up to 56%.
Fraunhofer ISE researchers have integrated stress and temperature sensors within a PV module. They claim that the devices cover a very minimal part of the cells, and that their interaction with the module and the cell itself is quite limited. The sensors can be manufactured as part of a regular cell manufacturing process.
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