EP5 5.18kW High Voltage Storage Battery

Fox ESS EP5 High Voltage Storage Battery – Efficient, Scalable Energy Storage Solution

The Fox ESS EP5 is a high-performance, high-voltage storage battery designed to seamlessly integrate with Fox ESS inverters, including the H1, KH, H3, H3-Pro, and US series. Utilizing advanced LiFePO4 Prismatic Cell technology, the EP5 delivers reliable energy storage and supports a wide range of solar installations. With a nominal energy capacity of 5.18 kWh and a peak round-trip efficiency of ≥95%, this battery optimizes energy retention, making it ideal for residential or commercial solar setups.

Durable and Scalable Energy Storage The EP5 is designed for longevity, boasting a cycle life of ≥4000 cycles and a depth of discharge of 90%, allowing for efficient energy usage and extended battery life. With the ability to connect up to four units in parallel, the EP5 provides scalable energy storage, perfect for systems that need expanded capacity.

Optimized for Indoor and Outdoor Use Engineered for versatility, the EP5 is suitable for both indoor and outdoor installations, with an IP65 rating for protection against dust and water. Its durable build and natural convection cooling ensure reliable performance in various environments, even under extreme conditions, with an operating temperature range of -10°C to 55°C.

Key Features:

• High Efficiency and Capacity: Nominal energy of 5.18 kWh with ≥95% round-trip efficiency
• Long Cycle Life: Supports over 4000 cycles, enhancing the longevity of your energy system
• Flexible Installation: IP65 rating with compatibility for both indoor and outdoor setups
• Smart Connectivity: CAN communication for easy integration with compatible inverters
• Scalability: Connect up to 4 units in parallel for expanded energy storage

The Fox ESS EP5 High Voltage Storage Battery is the ideal solution for users seeking reliable, efficient, and scalable energy storage. Whether for home or commercial use, the EP5 offers excellent performance, durability, and flexibility to meet the demands of modern solar power systems.