The system combines a 135 kW PV module rooftop system with 220 kWh of Sungrow SBH-series battery storage. The SH25T hybrid inverter ensures high conversion efficiency and seamless coordination between PV generation, charging, and discharging cycles. All devices are centrally managed through the COM100D-EU monitoring system, enabling unified communication and stable plant operation. During peak-sunlight hours, surplus PV energy charges the battery system. In the evening and during high-demand periods, the stored energy offsets the site’s consumption, reducing grid imports and smoothing power fluctuations. This operational flexibility is particularly valuable in regions like Pella, where solar generation is abundant but grid stability can vary.

The collaboration ensured a smooth installation process, with Sungrow providing technical guidance and the local team completing the project to meet the site’s requirements. From system setup to final checks, each component was configured to support reliable daily operation in the local climate in less than 50 days. The outcome is a stable and efficient energy solution that helps the facility reduce costs up to 80%, improve energy control, and operate with greater confidence. With dependable performance and smart management tools, the system delivers lasting value for the site and sets a strong example in the region.