Collection: Commercial Solar System

Commercial solar systems are engineered for offices, factories, farms, and C&I sites that need scalable backup, peak shaving, or grid-independent operation. The commercial range covers 36 product records across air-cooled cabinets, liquid-cooled cabinets, and intelligent microgrid units. Capacity ranges from about 64 kWh in the PowerStone air-cooled unit up to 261 kWh in the liquid-cooled eBank cabinets, with continuous power ratings from 33 kW to 125 kW. Start by quantifying your daily kWh consumption and the maximum power demand you want to shave; a site with 200 kWh daily use and high evening peaks may need 120 kWh to 240 kWh of storage. Choose cooling by climate and footprint: air-cooled units are simpler but need ventilation, while liquid-cooled units handle higher energy density and hot ambient conditions. Voltage platforms are 384 V or 768 V, so match the battery to your inverter or PCS. Communication is typically CAN, RS485, Ethernet, Modbus, IEC104, or MQTT, which fits SCADA and energy management systems. Finally, check the protection rating—IP54 is common—and confirm whether the cabinet is outdoor-rated or needs a shelter.

Peak shaving and demand-charge reduction are often the strongest business cases for commercial storage. By discharging during high-tariff periods, the system lowers the peak kW reading that determines demand charges. The return on investment depends on local electricity tariffs, available incentives, and the number of cycles per day. Some markets also allow participation in grid services such as frequency regulation or virtual power plants, which can create extra revenue. When sizing, run a cash-flow model using actual tariff curves rather than average cost per kWh. Also plan for downtime; even the most reliable systems need annual maintenance, so the building should retain a backup feed or generator for critical loads.