Galaxy 33kW Hybrid Inverter + 64kWh Lithium Battery + 32 × 620W Solar Panels

Galaxy 33kW Hybrid Inverter Solar System

The Galaxy 33kW Hybrid Inverter is a high-capacity solar power solution designed for commercial buildings, businesses, offices, large homes and other facilities with high electricity demands.

This complete Galaxy 33kW solar system combines a 33kW hybrid inverter, 64kWh lithium battery storage, and 32 × 620W solar panels. The solar panels provide a combined capacity of 19.84kW, generating renewable energy during the day while the lithium battery stores energy for backup and later use.

With 64kWh of lithium battery storage, this system provides substantial energy storage for periods when solar production is low or grid electricity is unavailable. It is an ideal solution for businesses seeking dependable power while reducing their reliance on diesel generators and unstable grid electricity.

Galaxy 33kW Solar System Specifications

• Inverter: Galaxy 33kW Hybrid Inverter
• Battery: 64kWh Lithium Battery
• Solar Panels: 32 × 620W
• Total Solar Capacity: 19.84kW
• Total Battery Storage: 64kWh
• System Type: Hybrid Solar Power System
• Application: Commercial, Industrial & Large Residential

Applications

The Galaxy 33kW solar system is suitable for:

• Commercial buildings
• Offices and corporate facilities
• Hotels and guest houses
• Schools and institutions
• Supermarkets
• Large residential properties
• Manufacturing and industrial facilities
• Businesses with high electricity consumption

Why Choose a Galaxy 33kW Hybrid Inverter?

The Galaxy 33kW hybrid inverter provides substantial inverter capacity for high-demand electrical loads, while the 64kWh lithium battery provides large-scale energy storage.

The 32 × 620W solar panels provide 19.84kW of solar generation capacity, allowing the system to make significant use of renewable energy during daylight hours.

For businesses in Nigeria, this type of commercial solar power system can help reduce generator fuel consumption, improve power reliability and lower dependence on grid electricity.