Deye 400 kW / 480 kWh ESS System GE-F60-EU

Deye GE-F60 Series - 400 kW / 480 kWh advanced energy storage system

The Deye GE-F60-based ESS system with a 400 kW power output and 480 kWh storage capacity is a next-generation solution for businesses seeking energy independence, efficiency, and long-term scalability. Built with industrial-grade components and designed for critical reliability, it’s a robust foundation for companies pursuing sustainable energy strategies. For organizations in search of a low-cost solar power plant in Ukraine, this system offers a powerful and adaptable core.

Intelligent power management

Integrated EMS, hybrid inverter, and BMS: The system integrates a smart Energy Management System (EMS), a high-efficiency hybrid inverter, and an advanced Battery Management System (BMS). Together, they ensure seamless control, automated energy balancing, and optimal performance across all operating conditions.

Power redundancy: If one component fails, the system continues functioning without disruption. This built-in fault tolerance is crucial for maintaining critical operations and avoiding costly downtime.

Black start capability: In case of complete grid failure, the system can restart independently, without the need for external power input. This makes it ideal for remote sites and facilities operating in regions with unstable grid infrastructure.

Off-grid functionality: Designed to operate entirely off-grid when required, this ESS supports complete energy autonomy for industrial, agricultural, or infrastructure-sensitive deployments.

Safety and protection features

Thermal control: Battery temperature is actively managed, ensuring it stays below 40 °C in normal use. This protects internal components and extends the system’s operational lifespan.

Enhanced safety systems: Equipped with multiple safety layers, including smoke, gas, and temperature sensors, plus an intelligent ventilation system and real-time alarms to proactively mitigate risks.

Aerosol-based fire suppression: Each module features a built-in fire suppression unit that activates automatically, containing threats before they escalate and protecting both equipment and personnel.

High performance and scalability

Fast charge/discharge cycling: Engineered for environments with variable loads, this system supports high-speed cycling without loss of efficiency, making it suitable for dynamic commercial use.

Expandable storage: The modular design allows capacity to be increased up to 360 kWh, offering flexibility to scale alongside your energy demands.

Modular system expansion: The platform supports system-level scaling up to 500 kW / 600 kWh, with the AC inverter capable of synchronized operation with up to 10 parallel units. It’s the ideal choice for enterprises evaluating a 1 MW solar power plant and turnkey cost in Lutsk, especially with phased installation plans.

Technical specifications

• Cell chemistry: Lithium Iron Phosphate (LiFePO4)
• Module capacity: 5.12 kWh per unit
• Total system energy: 61.44 kWh (usable capacity: 55.29 kWh)
• Charge/discharge current: 50 A (recommended), 100 A (rated), 125 A (peak for 2 min at 25 °C)
• Temperature range: Charging 0–55 °C, Discharging -20–55 °C
• Humidity range: 5% to 85%
• Max installation altitude: up to 2000 m above sea level
• Enclosure rating: IP55 – dust-tight and water-jet resistant
• Dimensions and weight: 780 × 1056 × 2235 mm, approx. 1.2 t
• Installation method: Floor-mounted for easy integration and service access
• Cycle life: Over 6000 full cycles at 25 °C (±2 °C), retaining at least 70% of original capacity
• Warranty: 10-year manufacturer warranty
• Certifications: CE, IEC62619, IEC62040, UN38.3

Ideal use cases

• Residential-scale energy storage with grid interaction
• Commercial and industrial energy optimization
• Backup power for emergency-critical infrastructure
• Fully autonomous off-grid energy supply
• Hybrid integration with solar panels and other renewable energy sources

This energy solution is built from eight Deye GE-F60-EU modules, configured as a unified, centralized storage system. Its flexible design makes it a future-proof investment for companies determining which solar energy system – 100, 300, or 500 kW – best matches their goals and operational needs.