Back-to-back and side-by-side design reduces footprint.

All pre-assembled, no battery module handling on site.

Intelligent management of battery health, early warning of faulty batteries.

Active ventilation and explosion venting design to control deflagration risks.

IEEE 693 high design level qualification compliance.

Modular design reduces failure impacts and improves system uptime.

Active balancing technology and bionic-inspired solutions enhance battery lifespan and system discharge capacity.

Active balancing reduces energy storage station O&M costs.

Rapid rate detection and fault recording to achieve rapid positioning and analysis of the system faults.

Intelligent management of battery health, early warning of faulty batteries

Active ventilation and explosion venting design to control deflagration risks

Multi-level electrical protection and fire protection design, with arc flash analysis and collaborative protection functions

Modular design reduces failure impacts and improves system uptime.

Active balancing technology and bionic-inspired solutions enhance battery lifespan and system discharge capacity

IEEE 693 high design level qualification compliance

Back-to-back and side-by-side design reduces footprint.

All pre-assembled, no battery module handling on site.

Integrated AC/DC built-in bi-directional inverter, reducing debugging time (for string PCS version)

Active balancing reduces energy storage station O&M costs.

Rapid state detection and fault recording to achieve rapid positioning and analysis of system faults

Integrated system design, pre-installation and pre-commissioning, reducing the number of on-site adjustments.

AI intelligent temperature control, system temperature difference ≤ 4°C, reduce 30% auxiliary power consumption.

Multi-stage PCS high-efficiency energy conversion technology to enhance the system charging and discharging efficiency up to 90%.

Cloud AI optimization algorithms provide decision-making basis through high-accuracy forecasting for complex system operation and electricity market transactions, which can increase annual revenue by 15% to 20% and shorten the return on investment cycle.

User-friendly terminal design adaptable to various wire gauge requirements.

Significantly reduced operational noise levels as low as 70dB.

Intelligent online monitoring, rapid state detection and fault recording to achieve rapid system fault location and analysis.

Supports remote operation and maintenance, with intelligent O&M enhancing the efficiency of energy storage station operations, asset returns, and service revenues.

All-in-one design: Integrated system design with pre-installation and pre-debugging reduces on-site debugging

Highly integrated: minimizes the user's footprint to approximately 1.42㎡

Maximizes revenue: high-energy conversion efficiency, achieving a comprehensive system efficiency of ≥87%

Intelligent BMS management extends system lifespan by 2 years and enhances cell discharge capacity by 10% throughout its lifecycle

Deep learning algorithms accurately predict potential fault risks, automatically generate repair recommendations, and pinpoint faulty components

Suitable for extreme environments such as deserts, seasides, extreme cold, and high altitudes, with a corrosion protection rating of up to C5

Panoramic monitoring, integrated with AI algorithms, enables dynamic strategy optimization; OTA remote maintenance reduces labor costs

AI+cloud-edge-device intelligent operation and maintenance, incorporating data governance, secure operation, and energy management

Design for high availability and easy O&M

Robust design against harsh environments and optimal cooling

Lower self-consumption for higher yields

High efficiency transformer for higher yields

Prefabricated and pre-tested, no internal cabling needed onsite

Compact 20’ HC container design for easy transportation

Auxiliary services transformer (up to 200 kVA)

Integrated auxiliary power supply panels for external devices

Self-powered auxiliary services panel

Renewable power plant integration (ramp rate control, energy shifting)

Grid ancillary control (frequency regulation, peak shaving)

Distributed network and micro-grid (peak shaving, autonomous operation)

Advanced three-level technology, max. efficiency reaches 98.8%

High DC voltage up to 1500V

Battery charge & dis-charge management and black start function integrated

Compliant with EN IEC 62477-1, IEC 61000-6- 2/4, EN 50549-1/2

L/HVRT, L/HFRT, specified power factor control and reactive power support

Integrated monitoring function and fast trouble shooting

Integrated auxiliary power supply panels for external devices

Low transportation and installation cost

Real-time data collection

Real-time data monitoring

Smart alerts and diagnostics

Intelligent O&M for proactive management

Economic benefit analysis

Real-time SOX calculation

SCADA-based monitoring

Coordinated real-time plant operations

Reporting of operational data to the cloud

Real-time equipment balancing and optimization with high accuracy

Instant on-site execution

Instant data reporting to edge and cloud layers