Commercial & Industrial PV

Germany installed about 17.5 GW of new PV capacity in 2025, taking cumulative installations past 117 GW by year end, according to preliminary data from the German Solar Association.

The Poland-based module manufacturer has developed Photonwall, a building integrated solution for ventilated façades. It also offers Photonroof, a ceramic PV roof tile solution. Both BIPV products are available in colors and finishes that match the aesthetics of modern and historic buildings.

UK consultants GlobalData say Singapore could add between 300 MW and 400 MW of solar annually through to 2035, taking cumulative capacity from around 1.9 GW today to the 5 GW threshold.

AleaSoft Energy Forecasting’s latest analysis finds Germany broke its record for solar production on a day in December on Christmas Day, reaching 87 GWh, while Italy and France achieved the same feat three days later, registering 66 GWh and 54 GWh respectively.

A Malaysian research team proposed new concepts such as cowvoltaics, sheepvoltaics, goatvoltaics, veggievoltaics, fruitvoltaics and fishvoltaics to better define the diverse applications of photovoltaics in dual land use. Their review outlines four main categories – livestockvoltaics, crop-based agrivoltaics, aquavoltaics, and zoovoltaics – and presents several business cases.

In two separate projects Japan-based Kyuden Mirai Energy and Nissan Motor are demonstrating the use of flexible, glass-free chalcopyrite PV panels provided by PXP Corporation.

A University of Exeter team has tested single-axis tracking systems for floating solar across 12 UK sites, finding azimuthal tracking delivers the largest energy gains and lowest levelized cost of energy (LCOE).

In a new weekly update for pv magazine, Solcast, a DNV company, reports that early 2026 will bring mixed solar conditions globally, with strong prospects in eastern Australia and eastern China, but cloudier-than-normal outlooks for much of Europe, Asia, and parts of the US early in the year.

Scientists have developed a floating PV digital twin system, trained on data from 155 physical experiments, using a two-tier artificial neural network (ANN) with a high-fidelity model and a reduced-order model. Predictive performance reached R2 values of 0.9996 for PV surface temperature and 0.9189 for power output.

Research commissioned by the UK government finds rooftop solar panels can significantly influence fire behavior, particularly when the height gap between modules and the roof surface falls below critical limits.