I. Commercial & Industrial Liquid-Cooled Energy Storage Cabinet

The AXE Series liquid-cooled energy storage system adopts a modular design, utilizing circulating coolant between battery modules to directly dissipate heat generated by the cells, achieving precise temperature control. Compared with traditional air-cooling methods, liquid-cooling technology enables more uniform battery temperature management, effectively reduces internal temperature differentials among cells, and enhances system efficiency while improving battery consistency and cycle life.

The product is designed with IP54 protection rating and C4 anti-corrosion rating, making it suitable for diverse application scenarios.

System Advantages

Safe and Reliable

lFire protection utilizes perfluorohexanone at both PACK and cabinet levels for full coverage.

lCloud-based real-time balancing employs ICA + BP neural network degradation cell identification to proactively detect faulty cells.

Long Service Life

lLithium iron phosphate (LFP) cell system supports ≥6,000 cycles.

lCluster-level energy balancing management and efficient intelligent liquid cooling ensure cell temperature differential ≤3°C and system temperature differential ≤5°C.

Intelligent Operation and Maintenance

lLocal + cloud control system allows flexible adjustment of control strategies.

lAI-driven optimal scheduling solutions enable efficient and low-carbon system operation.

Flexible Scalability

lSupports multi-system parallel expansion under both grid-connected and off-grid operation modes.

lStandardized interfaces and high-density design reduce site footprint requirements.

Product Specifications

Applicable Scenarios

Integrated Photovoltaic-Storage-Charging Systems

Microgrids

Industrial & Commercial Parks

II. Home Energy Storage Systems

Home Energy Storage Systems (commonly referred to as "Residential Storage") are distributed energy storage devices designed for household users. Their core function is to store electrical energy—primarily from renewable sources such as photovoltaic generation—enabling "peak shaving" for optimized electricity usage and providing reliable backup power during emergencies. These systems are essential for achieving household energy independence, reducing electricity costs, and improving energy efficiency. They also serve as vital supporting infrastructure for the widespread adoption of renewable energy.

System Advantages

Safety & Reliability

LFP Battery Cells

Flexible Scalability

5kWh Modular Design

Full Compatibility

Compatible with Major Inverters

Easy Installation

Modular Quick Assembly

Stable Output

100% Depth of Discharge

Higher Efficiency

High Conversion Rate, Low Loss

Product Specifications

III. Mobile Integrated Storage & Charging Unit

The Mobile Integrated Storage & Charging Unit is a portable emergency solution designed for vehicle transportation, suitable for scenarios such as mobile vehicle recharging, emergency power supply, and backup power. With its core advantages of flexible deployment, independent power supply, and rapid emergency response, it serves as a key solution to address challenges in charging infrastructure layout and alleviate grid pressure.

The system employs DC/AC bus coupling technology, featuring a 120kW dual-gun DC fast charging output capability and AC off-grid/grid-tied output modes. Charging inputs support 380V AC input and DC charging pile connectivity.

System Advantages

Addressing Industry Challenges:

Bridges the gap in fixed charging infrastructure coverage by offering a "deploy anywhere" solution, meeting diverse needs such as temporary charging, emergency rescue, and energy replenishment in remote areas, thereby enhancing the charging experience for new energy vehicle users.

Alleviating Grid Pressure:

Utilizes energy storage modules for peak shaving and load shifting, charging during off-peak hours to minimize grid impact. Serves as a distributed energy storage unit to participate in grid peak regulation and frequency modulation, improving grid stability.

Driving Industry Advancement:

Integrates energy storage technology, charging technology, and intelligent control systems to advance charging infrastructure toward "flexible, intelligent, and integrated" development, supporting the high-quality growth of the new energy vehicle industry.

Creating Economic Value:

Generates revenue through multiple channels post-deployment, including charging services, energy storage leasing, emergency rescue services, backup power supply, and off-grid electricity provision. Drives growth across upstream and downstream industry chains, creates job opportunities, and delivers significant economic and social benefits.

Product Specifications