EnjoySolar 112kwh 241kwh Air Cooled LiFePO4 Battery Outdoor Cabinet

Advantage:

• Fully Integrated All-in-One Design
  The cabinet integrates high-grade LiFePO₄ battery cells, BMS (battery management system), PCS (power conversion system), EMS (energy management system), air conditioning, and multi-level fire protection into a single outdoor-rated enclosure. This plug-and-play architecture simplifies installation, reduces wiring costs, and enables rapid on-site deployment.
• Industrial Air Conditioning + Smart Thermal Management
  Unlike liquid-cooled systems that rely on complex coolant loops, the cabinet adopts active air conditioning cooling, a proven, cost-effective solution that delivers reliable temperature control with lower maintenance requirements. The integrated industrial-grade air conditioner keeps battery operating temperatures stable even under high ambient heat, ensuring consistent efficiency and extending system lifespan.
• Hybrid Inverter Ready
  The system is designed to work seamlessly with hybrid inverters, supporting both grid-tied and off-grid operation. This allows users to store solar energy for self-consumption, implement peak shaving to reduce demand charges, maintain emergency backup during outages, and even operate in standalone microgrids. The cabinet also supports multiple units in parallel for scalable capacity expansion as energy demands grow.
• IP54 Outdoor Protection
  Rated IP54, the cabinet provides robust dust and water ingress protection suitable for outdoor installation in demanding climates. Grade A LiFePO₄ battery cells deliver over 8,000 cycles at 80% depth of discharge, offering exceptional longevity and safety.

Parameters

Working Mode:

Peak shaving

• Reduces monthly demand charges
• No need to change On Grid System behavior
• Fast response (milliseconds to seconds) ensures peaks are caught in time

Backup Power

• No need for a dedicated diesel generator (no fuel, no noise, no emissions)
• Instantaneous response – no warm‑up time
• Can be combined with solar to extend backup duration during daytime outages

Solar + Storage Integration

• Maximizes the value of on‑site solar by using more of what you generate
• Reduces grid dependency and exposure to rising electricity tariffs
• Can also provide grid services (e.g., frequency regulation) when allowed by local regulations

EV Fast Charger Buffering

• Avoids or defers costly utility grid upgrades (transformers, feeders)
• Drastically reduces demand charges at EV charging sites
• Allows installation of more chargers on an existing limited grid connection
• Can provide a better user experience (consistent high‑power charging even when grid capacity is low)

Compatible Inverter Brand

Project