Commercial & Industrial PV

Kaco has launched a new line of blueplanet NX3 three-phase string inverters for applications ranging from small residential rooftop arrays to projects on commercial buildings. They have outputs between 3 kW and 33 kW, a maximum efficiency of 98.0%, and a maximum European efficiency of 97.6%.

Ambitious targets for solar energy generation present challenges to an industry keen to explore new avenues for solar production. Neil Spann, chief executive of UK thin film solar manufacturer Power Roll, describes a commercial solution to the problems of over reliance on silicon solar modules.

New provisions in the Philippines define interconnection standards, the certification of compliance requirements, and pricing methodologies, among other matters.

A research group has developed a new methodology that shows PV systems located in the same area could have similar distributions of power ramps. Their three-step method could be used for the dimensioning of rooftop arrays and the scheduling of daily operations.

The Gestore dei Servizi (GSE) energy agency says that Italy’s cumulative installed solar capacity reached 24.2 GW at the end of September.

Norway’s annual PV capacity additions could grow from 54.5 MW in 2021 to 150 MW this year, amid rising electricity prices. The large-scale solar market is set to contribute the most at roughly 61 MW, according to EUPD Research.

India installed 3.3 GW of PV in the third quarter, including 2.6 GW of utility-scale projects, 485 MW of rooftop arrays, and 251 MW off-grid capacity.

The Irish government wants to introduce an unspecified renewable energy quota for the heating sector by 2024. The Sustainable Energy Authority of Ireland (SEAI) recently predicted that heat pumps could cover 20% of the country’s heating demand in 2030.

A Saudi Arabian startup has developed a modular solar panel for agrivoltaic applications. It is specifically designed for locations with high solar radiation levels and protects plants and crops from excess sunlight.

The rising popularity of “baseload” power purchase agreements (PPAs) has posed questions to solar electricity suppliers in the German market. How can projects that do not generate at night, and with wide seasonal output variation, effectively supply constant power to consumers? More importantly, who shoulders the price risk?