Netherlands

A team of researchers at the Netherlands’ AMOLF institute has modelled the performance of tandem perovskite/silicon solar cells under real-world climate conditions, and found that the tandem cells are little more efficient than the Si cell alone. The research shows, however, that if correctly optimized, this type of cell could perform at efficiency levels above 38%.

Researchers at the Netherlands’ AMOLF Institute have developed a method for imprinting solar panels with silicon nanopatterns that scatter green light back towards the observer.

The manufacturing facility will have an initial capacity of 100 MW and will produce both mono and polycrystalline modules.

Solar rebates will range from €5,000 to €30,000, depending on the project size.

Although originally opened for two months between February and April, InnoEnergy’s Investment Round for the year 2017 is now accessible all year round to support innovative solutions that may reshape the future of the energy industry.

Search engine giant signs PV supply contract with Eneco, a Dutch energy provider for the supply of power from a 30 MW solar park from where the power will be purchased.

Ferdinand Grapperhaus, CEO of PowerWindow developer Physee, discusses the company’s innovative approach to bringing more solar power into the home and C&I buildings.

The 590-ha-project is currently undergoing several studies and procedures. Yet it is not clear when construction of the power plant will begin nor whether Photon Energy oversees installation of the panels.

The Lightyear One, developed by Dutch startup Lightyear, is now available for general sale at a retail price of €119,000. Company hopes to secure 200 orders by end of year.