30KW-50KW Commercial Off Grid Solar Power Storage System

EU30KW-60KWH: 30 kW output, 60 kWh battery capacity, 26 kW solar array (45 × 580 W panels)

EU50KW-114KWH: 50 kW output, 114 kWh battery, 40 kW solar array (70 × 580 W panels)

EU100KW-200KWH: 100 kW output, 200 kWh battery, 81 kW solar array (140 × 580 W panels)

Designed for commercial and industrial environments with high power demands, such as factories, office buildings, shopping malls, and remote facilities. It can be used for peak shaving, emergency backup, or micro-grid projects.

Installation is straightforward for a qualified electrician. The system comes with a complete wiring diagram and user manual. Remote monitoring and after-sales technical support are available.

Yes. Thanks to its modular design, the system can be expanded or customized based on specific needs, such as increasing battery capacity or inverter power.

A 30 kW solar system typically requires between about 140 m² and 185 m² of usable space, depending on the panel wattage and layout. Using high-efficiency 580W commercial panels, you would need around 52 panels, each covering roughly 2.20 m², for a raw panel area of about 114 m². Allowing an extra 25 % for spacing, walkways, and wiring clearance brings the practical footprint to roughly 143 m². If you opt for more common 400 W panels, the system would require about 75 panels at 1.95 m² each, for a raw area of around 146 m² and a total practical footprint close to 183 m²; older 350 W modules come out very similar. The exact space requirement can vary depending on mounting type and tilt angle.

Yes. Anern also offers 4.2KW-10.2KW home hybrid solar system.

A 30 kW solar system is considered a medium-to-large-scale installation, commonly used for small commercial buildings, farms, or large residential properties with high energy demands. In terms of physical size, it usually consists of around 50 to 80 solar panels, depending on the wattage of each panel. With today’s high-efficiency commercial modules in the 550–600W range, you might need about 52 panels, which would cover roughly 143 m² including spacing. Using smaller 350–400 W panels increases the panel count to 75–86 and the footprint to about 183 m². The actual size also depends on factors like panel efficiency, roof or ground mounting, tilt angle, and layout constraints.

A 30 kW solar system’s energy production depends on how many hours of full sun it receives each day, which varies by location, season, and system setup. As a rough estimate, in a sunny area with an average of 4–5 peak sun hours per day, a 30 kW system can produce about 120–150 kWh of electricity per day. Over a month, that equals roughly 3,600–4,500 kWh, and over a year, about 43,000–55,000 kWh. Factors such as panel efficiency, tilt angle, shading, and maintenance also play a role in the actual output.

A 100 kW solar system’s daily output depends on how many peak sun hours it gets each day, which varies by location, weather, and season. In a region with an average of 4–5 peak sun hours, a 100 kW system will typically generate about 400–500 kWh of electricity per day. In very sunny areas with 6 or more peak sun hours, daily production can reach 600+ kWh, while in cloudier locations it might drop closer to 300–350 kWh. Over a year, this works out to roughly 146,000–182,500 kWh under average conditions. Actual performance will also depend on factors such as panel efficiency, tilt angle, orientation, shading, and maintenance.