8KW HYBRID INVERTER JUP-8G2-LE - CHISAGE ESS

CHISAGE 8KW Hybrid Inverter LV (Model JUP-8G1-LE)

The CHISAGE 8KW Hybrid Inverter LV is a high-performance, low-voltage inverter designed for advanced solar energy systems in residential and light commercial settings. Built with cutting-edge technology and smart functionality, this single-phase hybrid inverter delivers seamless integration of solar, battery, and backup energy sources.

With a maximum PV input power of 12000W and dual MPPT trackers (2 strings per tracker), the CHISAGE inverter captures maximum energy across varied roof orientations and conditions. The PV voltage range of 125–500V, startup voltage of just 120V, and high PV input current (25A + 25A) make it ideal for large and efficient solar arrays.

Optimised for modern battery systems, it supports a battery voltage range of 40–60V with a 190A maximum charge/discharge current. The three-stage charging curve with equalisation and self-adapting BMS integration ensure long-term battery health and system reliability.

Key Features:

• 8KW single-phase output – Ideal for home or small business installations

• Supports up to 20 CHISAGE inverters in parallel for off-grid scalability

• Dual MPPT with 2 strings each – Enhanced solar harvesting

• On/off-grid mode switching with EPS output – Uninterrupted backup power

• Diesel generator support – Includes dedicated AC input and energy storage capability

• Programmable battery charge/discharge times – Maximise savings and performance

• Optional arc fault detection – Boosts system safety

• Smart cooling system – Maintains optimal operating temperature

• IP65-rated enclosure – Safe for both indoor and outdoor setups

• 5-inch full-colour touch LCD – User-friendly monitoring and controls

The CHISAGE 8KW Hybrid Inverter combines advanced solar performance, intelligent battery management, and backup readiness in one sleek, reliable unit. Whether you're going off-grid or building a smart hybrid system, CHISAGE offers the power, flexibility, and resilience your setup demands.