Deye 125 kW Hybrid Inverter with 261 kWh Lithium Battery BESS – Liquid-Cooled All-in-One ESS

Product Overview

The Deye 125 kW Hybrid Solar Inverter with 261 kWh Lithium Battery Energy Storage System (BESS) is designed for commercial and industrial facilities seeking intelligent energy management, battery storage and improved power reliability.

This all-in-one energy storage solution combines a high-power inverter/power conversion system with a high-capacity lithium battery cabinet. The liquid-cooled battery design helps manage battery temperature during charging and discharging, subject to the selected model’s specifications.

The system can be configured for solar energy storage, peak shaving, maximum-demand management, load support and backup applications, depending on the approved operating configuration.

Key Features and Benefits

• 125 kW power rating: Designed for high-power commercial and industrial energy applications.
• 261 kWh battery capacity: Stores energy for use when required, subject to usable capacity and operating limits.
• Lithium iron phosphate (LiFePO₄): A battery chemistry commonly used in stationary energy storage.
• Liquid-cooled battery system: Helps maintain suitable battery operating temperatures.
• Peak shaving: Helps reduce short-duration demand peaks when properly sized and configured.
• Solar energy storage: Stores surplus solar generation for later consumption when the system supports this configuration.
• Smart energy monitoring: Monitor system performance, battery state of charge and energy flows where supported.
• Scalable solution: Expansion options depend on the manufacturer’s approved configuration.
• Commercial and industrial applications: Suitable for evaluating energy storage needs at factories, warehouses, hospitals, hotels and commercial buildings.

Typical Applications

• Manufacturing plants and industrial facilities
• Commercial buildings and office campuses
• Warehouses and logistics centres
• Hospitals and healthcare facilities
• Hotels, resorts and large commercial establishments
• Solar power plants requiring battery integration
• Facilities seeking demand-charge reduction
• Sites requiring configured backup powere