Netherlands

This week pv magazine was in Amsterdam for the sixth edition of the BifiPV workshop, where the discussion focused on the impressive achievements made by bifacial solar modules and the challenges the technology faces as it moves toward mainstream adoption.

UK solar developer Solarcentury and Dutch counterpart PowerField have unveiled plans to build the “largest” solar project in the Netherlands on behalf of Impax, the British asset manager that owns the site.

Tennet needs more than €4.75 billion to invest in cross-border grid infrastructure between Germany and the Netherlands, as rising volumes of solar and wind are complicating network operations, said Dutch Finance Minister Wopke Hoekstra in a recent letter to the Dutch parliament, adding that the government may need to privatize the state-owned transmission system operator or sell off a stake in it.

Vehicle-to-grid functions could soon become increasingly important. While policymakers discuss the necessary regulations in other nations, the Netherlands government is motoring ahead with the technology.

In 2016 France turned a one-kilometer stretch of roadway into the world’s first solar road. And three years later, the trial project has turned out to be an absolute disaster, French newspaper Le Monde reports.

Vattenfall has added its name to the swelling list of proponents of solar-plus-wind-plus-storage, unveiling plans for its first ever triple hybrid.

The weight of a thin-film rooftop PV installation at Netherlands football club AZ Alkmaar has been highlighted in media reports as a possible cause of a stadium roof collapse. However, a full investigation is yet to be launched and one German specialist said studies have shown flush-mount PV panels do not increase static wind loads on rooftops.

The energy company will build a 38 MW solar, 22 MW wind and 12 MW battery project on one site. The first fully renewable hybrid power plant could be a blueprint for post-subsidy Germany. Vattenfall has an eye on German coalfields in particular.

A U.S. research team has found the most efficient locations for agrivoltaics include western America, southern Africa and the Middle East. The researchers found crop land, grasslands and wetlands were the best environments for PV projects linked to agriculture. Conditions suitable for crops are ideal for improving solar module efficiency.