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China ECO-WORTHY PowerMega 314 Home ESS: 16.08kWh LiFePO4 Battery, 5kW Inverter from Leading Suppliers & Factory

Introducing our cutting-edge energy storage solution, featuring 16 series-connected Grade-A 314Ah cells that deliver an impressive 16.08kWh performance per unit. As a premier choice among China suppliers, our system is engineered for mission-critical reliability. It maintains over 80% Depth of Discharge (DOD) even after 10,000+ cycles, ensuring a remarkable operational lifespan of 10-15 years with minimal maintenance. This makes it an ideal solution for long-term Power Purchase Agreements (PPA) or leasing models. Trust our factory for superior energy storage that meets your needs efficiently and sustainably

    Key Features

    Industrial-Grade LiFePO4 Cells & Extreme Longevity

    Utilizes 16 series-connected Grade-A 314Ah cells, delivering a massive 16.08kWh per unit. Engineered for mission-critical reliability, the system maintains >80% DOD after 10,000+ cycles, ensuring a 10-15 year operational lifespan with minimal maintenance—ideal for long-term PPA or leasing models.

    Scalable Architecture for Large-Scale Projects

    Designed for modular expansion to meet diverse energy demands. Supports up to 15 battery units in parallel (240kWh+ total capacity) and up to 6 inverters in parallel for a 30kW max output. This flexibility allows installers to service everything from high-end residential to small commercial (C&I) applications.

    Advanced Multi-Phase Output & Grid Versatility

    The integrated 5kW inverter supports versatile power configurations, including Single-Phase, Split-Phase (120V/240V), and Three-Phase (208V) via parallel units. This broad compatibility ensures seamless integration into standard North American electrical panels without complex rewiring.

    Smart High-Efficiency MPPT

    Features a high-performance MPPT controller with a 120-500V DC wide PV input range and 5500W max solar input. The system optimizes energy harvest in low-light conditions, while the 80A charging current ensures rapid battery replenishment, maximizing system uptime and ROI.

    Enhanced Safety, Mobility & Protection

    Equipped with a Professional-Grade BMS providing real-time monitoring and comprehensive protection (short circuit, overcurrent, thermal). Unlike fixed wall-mounted systems, the heavy-duty mobility design (100kg/wheel) significantly reduces installation labor costs and time.

    Product Gallery

    Frequently Asked Questions

    What type of battery cells are used and what is their expected lifespan?

    The system utilizes 16 series-connected Grade-A 314Ah LiFePO4 cells, delivering 16.08kWh per unit. It maintains over 80% Depth of Discharge (DOD) after 10,000+ cycles, ensuring a long-term 10-15 year operational lifespan with minimal maintenance.

    How scalable is this energy storage architecture?

    It supports modular expansion up to 15 battery units in parallel (achieving a total capacity of 240kWh+) and up to 6 inverters in parallel to deliver a maximum output of 30kW, making it ideal for residential to small commercial (C&I) applications.

    What power configurations and electrical grids are supported?

    The system features an integrated 5kW inverter that supports Single-Phase, Split-Phase (120V/240V), and Three-Phase (208V) configurations via parallel units, ensuring compatibility with standard North American panels.

    What are the solar input and MPPT charging capabilities?

    It features a high-performance MPPT controller with a wide PV input range of 120-500V DC, a maximum solar input of 5500W, and an 80A charging current to optimize solar energy harvest and ensure rapid battery replenishment.

    How does the system ensure safety and ease of installation?

    The system is equipped with a Professional-Grade BMS for real-time monitoring against short circuits, overcurrent, and thermal issues. Its heavy-duty mobility design (100kg/wheel) allows for rapid onsite deployment, significantly reducing installation labor and time compared to fixed wall-mounted systems.