ES25.6V-7.1KWH/8KWH Wall-Mounted LiFePO4 280/314Ah Battery

High-Density Energy Storage: Offers large 7.1kWh (280Ah) or 8kWh (314Ah) energy options in a compact 25.6V wall-mount format.
Extended Service Life: Delivers over 6,000 deep cycles (80% DOD) to support consistent daily energy cycling.
Rapid Power Delivery: Supports high discharge currents up to 150A for demanding household appliance loads.
Integrated Smart Oversight: Features built-in WiFi for real-time cloud monitoring and remote OTA system optimization.
Robust Safety Profile: Grade A LFP chemistry provides superior thermal stability and low-voltage safety.
Massive Expansion Support: Capable of parallel operation with up to 16 units for large-scale residential power.

The High Capacity ES25.6V Series (7.1kWh and 8kWh) represents the pinnacle of 24V residential battery technology. Utilizing industry-leading 280Ah or 314Ah cells, these units deliver massive energy reserves in a stylish wall-mounted enclosure. They are engineered to bridge the gap between simple backup and complete energy independence, providing enough power to handle heavy residential loads. With universal inverter compatibility and advanced cloud-based monitoring, this series is the ultimate upgrade for high-demand modern households.

Key Features:

Superior Power Output: Capable of sustained 150A discharge, allowing it to easily start and run air conditioners and high-power kitchen appliances.
Precision Cloud Management: Stay connected to your energy asset via WiFi, enabling instant health checks and remote firmware enhancements anywhere in the world.
Elegant Functional Aesthetics: Designed to save space with a minimalist profile that supports both floor stand and wall mount options.
Certified Reliability: Built to exceed global standards with comprehensive certifications for cells and packs, including IEC 62619 and UL 1973.

Application Scenarios:

Large Household Energy Storage: Perfectly suited for villas and large homes with significant energy demands.
High-Load Power Backup: Provides the robust throughput needed to maintain comfort during grid outages.
Solar Self-Consumption: Maximizes the utilization of solar energy by storing excess power for use during peak tariff hours.