Modern businesses face increasing energy costs, unstable grid conditions, and growing renewable energy demands.

The Recreen hybrid ESS helps facilities intelligently balance multiple energy sources while optimizing power usage throughout the day.

The system dynamically coordinates:

• Solar generation
• Battery storage
• Utility power
• Generator backup
• Facility loads

to create a more stable and efficient energy ecosystem.

Unlike conventional battery storage systems, the Recreen ESS combines hybrid inverter technology and battery storage into a fully integrated energy platform.

This allows the system to intelligently manage energy flow between different power sources without requiring complicated external system coordination.

The integrated platform includes:

• 125KW hybrid inverter
• 261KWh lithium battery cluster
• Intelligent EMS
• Liquid cooling system
• Smart BMS
• Fire protection system
• Cloud monitoring platform

The factory-integrated architecture simplifies deployment while improving operational consistency.

The Recreen 125KW / 261KWh Hybrid Liquid-Cooled ESS is engineered to simplify every stage of commercial energy storage deployment — from installation and commissioning to long-term operation and maintenance.

Designed with a highly integrated plug-and-play architecture, the system helps EPCs, installers, and project developers significantly reduce on-site engineering complexity and commissioning time.

The ESS is delivered as a pre-integrated energy storage platform with major components fully configured and tested before shipment.

Integrated components include:

• 125KW high-voltage hybrid inverter
• 261KWh lithium battery system
• Intelligent EMS
• Liquid cooling system
• Smart BMS
• Fire protection system
• Communication system

This minimizes on-site wiring and reduces overall installation workload.

• The liquid-cooled ESS platform is designed to minimize long-term maintenance requirements while improving operational reliability.

  Benefits include:

  • Automated thermal management
  • Intelligent fault diagnosis
  • Remote monitoring capability
  • Simplified O&M workflow
  • Reduced manual inspection frequency
  • Stable long-term system performance

  The maintenance-friendly architecture helps reduce lifecycle operating costs for commercial users.

• • The system is ideal for:

    • Commercial buildings
    • Industrial facilities
    • Solar + storage projects
    • EV charging infrastructure
    • Telecom stations
    • Microgrid systems
    • Backup power projects
    • Weak-grid applications
    • Diesel Generator
    • Isolated & Remoted Area
    • Non electricity Area
    • Hybrid Solar System
    • On-grid solar systems

    The integrated design enables more efficient project execution across a wide range of commercial energy scenarios.