Major Asia-Pacific IPP Equis Energy has selected Bouygues Energies & Services, a subsidiary of Bouygues Construction, and Toho Electrical to build a 41MW solar project in Yaita, Tochigi Prefecture, Japan.
SPONSORED: As software takes on a greater importance in the roll-out and utilisation of PV, SolarEdge's Lior Handelsman discusses how best to harness it to ensure the opportunities on offer can be captured.
Energy and infrastructure developer Innova Capital Partners and French floating PV specialist Ciel & Terre (C&T) have agreed to jointly develop floating solar plants in Colombia.
Siemens Gamesa is to construct what it claims to be India's first large-scale commercial hybrid solar and wind project, by connecting 28.8MW of solar to an existing 50MW wind plant in Karnataka.
India-based solar advisory, EPC and O&M firm Gensol Group has launched an online marketplace for PV equipment installers within India, as well as a new plug-and-play solar inverter.
Solar FlexRack is to supply trackers to a 7MW Vermont solar project, Key Equipment Finance is supporting Boviet Renewable Power for a 1.75MW Georgia solar project, Coronal Energy and CVEC partner on Virginia solar.
The downstream solar PV market continues to evolve and as such so does the inverter. At Solar Power International 2017 in Las Vegas the continued roll-out of new products continues as the markets expand for energy storage and larger capacity commercial and residential rooftop systems.
With several MENA region countries expected to become gigawatt solar markets in 2018 and beyond, global certification organization UL has teamed with Saudi Arabian-based government body, GCC Laboratories to provide a suite of services to the downstream PV project sector.
DNV GL has launched the first control hardware in loop (CHIL) test facility for renewable energy generation plants. The facility connects physical power plant controllers to a real-time simulator, allowing the controller to be fully tested and validated without the need for an actual generation facility or power grid. This enables cost-effective, low-risk testing under realistic conditions for all forms of renewable energy control systems.
