Solplanet Showcases Utility-Scale Portfolio at Intersolar Europe 2026

Solplanet showcased its latest utility-scale solar solutions at Intersolar Europe 2026 in Munich, presenting its expanding portfolio of high-power inverters to international industry professionals. Alongside its established utility product range, the company also unveiled the prototype of its next-generation utility-scale inverter, currently under development.

One of the highlights at the exhibition was the ASW 250–360K-HT Series, designed to meet the demands of large-scale photovoltaic power plants. Delivering high efficiency, flexible system design, and reliable performance, the series is compatible with high-power PV modules and has been developed to address the evolving requirements of utility-scale solar projects.

Solplanet also introduced, for the first time, the prototype of its upcoming 510 kW utility-scale inverter, demonstrating the company’s vision to further expand its portfolio for large-scale solar applications. The new inverter is being developed to support the next generation of utility-scale PV plants with even greater power density and enhanced system performance.

Commenting on the new product, Ibrahim Kadriinamdar, Regional Sales Manager of INDIA & MENA at Solplanet, said:  The ASW510kW is an ideal solution for utility-scale solar parks, and government tenders, where high performance, low Levelized Cost of Energy (LCOE), and long-term reliability are critical.

With its high-power density, the ASW510kW reduces the number of inverters required, lowering installation, cabling, civil works, and maintenance costs. Its advanced grid support functions, intelligent monitoring, and robust protection features ensure reliable operation throughout the project’s lifetime.

With its expanding portfolio of utility-scale inverters and energy storage solutions, Solplanet continues to strengthen its presence in global renewable energy markets while supporting the transition toward more efficient and sustainable large-scale solar power generation.