MWh-Class Commercial Containerized Energy Storage System (BESS), Liquid Cooling LiFePO4 Battery for Industrial Solar Micro-Grid

Product Description

⚡ Products Description
Product Layout
Product Exterior
Modular Partitioned Design

The interior features a modular partitioned design for easy maintenance, including:

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Battery Rack Area: Accommodates multiple parallel-connected 48V/51.2V battery modules.
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Inverter & Control Area: Integrated high-performance inverter and LCD data monitoring screen.
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Safety Distribution Cabinet: Includes DC switches, AC circuit breakers, and lightning protection.
🌍 Applications & Scenarios
Mobile PV Energy Storage Containers
  • Commercial Backup Power: Reliable backup for data centers and server rooms.
  • Remote Telecommunication Stations: Providing 24/7 stable power for 5G/communication towers in off-grid areas.
  • Off-grid Eco-architecture: Enabling energy self-sufficiency for remote tourist camps and eco-cabins.
  • Emergency Rescue: Immediate power support for field hospitals and disaster reconstruction sites.
⚙️ Manufacturing Technique

Our vertically integrated manufacturing meets IEC/CE standards, featuring LiFePO4 batteries with 6000 cycles and a wide operating range from -30°C to 55°C.

🛠️ Installation Instructions
Safety Precautions
  • PPE: Wear safety helmets, gloves, and non-slip boots.
  • Electrical: Ensure all DC/AC breakers are in the "OFF" position before connections.
  • Wind Rating: Do not deploy the solar array if wind speeds exceed 20m/s.
  • Grounding: Ensure the container chassis is properly grounded.
Installation Phases

Phase 1: Site Preparation
Choose flat ground with max sun exposure. Use adjustable outriggers to level the container.

Phase 2: Structural Deployment
Install heavy-duty sliding tracks. Release safety locks and unfold solar frames using the hydraulic system. Secure with wind-bracing struts.

Phase 3: Electrical Commissioning
Connect MC4 connectors to the Combiner Box. Verify LiFePO4 modules and BMS communication. Power on sequence: Battery Breaker -> MPPT Controller -> AC Inverter.

❓ Frequently Asked Questions
Q: What is the cycle life of the battery system?
The system utilizes high-quality LiFePO4 batteries offering up to 6000 cycles for long-term reliability.
Q: What is the operating temperature range?
The storage container is designed to operate efficiently in extreme environments ranging from -30°C to 55°C.
Q: Can the system handle high wind conditions?
Yes, it includes wind-bracing struts for stability, though deployment is not recommended if wind speeds exceed 20m/s.
Q: Is the system easy to maintain?
The interior features a modular partitioned design, allowing for easy access and maintenance of the battery rack, inverter, and distribution cabinet.
Q: What safety certifications does the product meet?
Our manufacturing process and products are vertically integrated to meet international IEC and CE standards.
Q: How is the system deployed in remote areas?
The container can be positioned using a forklift or trailer, and features a step-by-step manual for site preparation, structural unfolding, and electrical commissioning.

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