Starting at 14.3kWh and expandable up to 42.9kWh, the system adapts to growing energy needs while maintaining consistent performance. The EG4 6000XP provides up to 6,000W split-phase output with support for up to 8,000W PV input, enabling seamless integration of solar, battery, and generator power.

Built with advanced LiFePO₄ battery technology, 8,000+ cycle life, and an intelligent Battery Management System (BMS), the system ensures long-term reliability and safety. Features like self-heating, integrated safety protections, and closed-loop communication provide dependable performance, while smart energy controls support backup power, peak shaving, and energy savings.

Ships From: Texas, USA
Warranty: 10 Years (Battery), 5 Years (Inverter)
Support: Lifetime USA-Based Tech Support

Compatibility

Integrated & Optimized System:

• EG4 280Ah Indoor Battery + EG4 6000XP Inverter-Charger

Expandable & Flexible:

• Expand battery capacity from 14.3kWh up to 42.9kWh
• Supports off-grid, hybrid, and backup power applications
• Compatible with solar + generator input configurations

Key Features

• Complete ESS Solution – Battery + inverter system designed to work seamlessly together
• 6,000W Split-Phase Output – Reliable power for homes, cabins, and small businesses
• Up to 8,000W PV Input – Efficient solar integration with flexible system design
• 14.3kWh LiFePO₄ Battery – Safe, high-capacity indoor energy storage
• 200A Continuous Output (~9.6kW) – Supports high-demand loads
• 8,000+ Cycle Life – Long-lasting performance at 80% DoD
• Advanced BMS & Safety Features – Real-time monitoring and system protection
• Self-Heating Function – Reliable operation in colder environments
• Closed-Loop Communication – Seamless coordination between battery and inverter
• Smart Energy Management – Supports load control, AC coupling, and peak shaving
• Wall-Mount Indoor Design – Clean, space-saving installation
• Maintenance-Free Operation – No routine servicing required

A compact, scalable energy storage system built for reliability, efficiency, and long-term energy independence.