| Quantity: | |
|---|---|
Adopts high-safety lithium iron phosphate (LFP) cells with a nominal capacity of 241kWh.
Stable cycle life of 6,000+ cycles at 80% DOD.
Supports peak shaving & valley filling, PV consumption, backup power, and other applications, serving as the core unit for cost reduction and efficiency improvement in commercial and industrial scenarios.
Monitors cell voltage, temperature, and SOC status in real time.
Implements cell balancing and protections against overcharge, over-discharge, and overcurrent.
Supports remote operation and maintenance (O&M) and fault early warning, greatly reducing O&M costs and safety risks.
Bidirectional AC/DC conversion with a rated power of 100–125kW.
Supports seamless grid-tied / off-grid switching.
Provides voltage stabilization, frequency regulation, and reactive power compensation, compatible with C&I loads and PV power station access.
Intelligent air / liquid cooling, adaptable to a wide temperature range of -25°C ~ 60°C, slowing cell degradation.
Equipped with PACK-level explosion-proof protection, smoke detection, and automatic fire extinguishing devices, complying with commercial and industrial safety standards.
Automotive-Grade Quality & Rigorous R&D
The system design meets strict automotive-grade standards, ensuring outstanding durability, safety, and performance under harsh conditions.
Full-Lifecycle Operational Optimization
Focused on optimizing total cost of ownership and performance throughout the system lifecycle, from installation to end-of-life, maximizing long-term return on investment.
Advanced & Efficient Operation & Maintenance (O&M)
Proprietary O&M technology minimizes downtime, reduces maintenance costs, and ensures the system operates at peak efficiency.
Guaranteed System Stability & Reliability
Designed for stable and reliable operation, providing uninterrupted power and peace of mind even in critical applications.
Dynamic & Adaptive Energy Management
Supports dynamic switching of energy control strategies, intelligently adapting to real-time changes in grid conditions, energy prices, and on-site load demands.
Item | Technical Parameters |
|---|---|
System Capacity | 241kWh |
Nominal Battery Voltage | 768V |
Battery Chemistry | LiFePO4 (LFP) |
Battery Module Configuration | 76.8V / 314A |
System Power & Capacity | 125kW / 241kWh |
Capacity | 314Ah |
Operating Voltage Range | 672V – 876V |
Max. Charge / Discharge Current | 200A |
Charge / Discharge Rate | 0.5C / 0.5C |
Depth of Discharge (DOD) | ≥95% |
Cycle Life | 8,000+ cycles |
Battery Disconnection | Circuit breaker |
Cooling Method | Air cooling |
Dimensions (WDH) | 1300 × 1200 × 2400 mm |
Protection Class | IP54 |
System Efficiency | 98% |
Fire Protection System | Integrated manual + automatic |
Ambient Temperature | -30°C ~ 55°C |
Relative Humidity | 0% ~ 95% (non-condensing) |
Corrosion Resistance | C5 |
Weight | 2.5 tons |
Short-Circuit Withstand Capacity | ≥20kA (8/20μs) |
Lifting | Forklift (bottom), lifting lugs (top) |
Scalability | 1–5 units per set |
Optional Accessories | 100kW MPPT 200kVA single-stage unit 125kVA transformer |
Installation | Indoor / outdoor (tent shelter recommended) |
Communication Interface | RS485 |
Communication Protocol | Modbus TCP/IP |
Remote Control | EMS Cloud Platform |
Applicable users: Factories, industrial parks, commercial complexes, hotels, office buildings and other sites under two-part tariff schemes.
Core value: Charges during low-price nighttime periods and discharges during high-price daytime periods to directly reduce electricity costs. Reduces peak loads and lowers transformer capacity fees.
Applicable users: Commercial & industrial rooftop PV, distributed power stations, park PV projects.
Core value: Stores surplus PV power generated during the day for self-consumption at night, greatly improving PV self-consumption rate and solving PV curtailment. Supports grid feed-in for arbitrage.
Matching scale: Single cabinet suitable for 100–200kW PV power stations, standard energy storage solution for small and medium C&I PV projects.
Applicable users: Data centers, hospitals, continuous-production factories, precision equipment workshops, communication base stations.
Core value: Seamless switchover during grid outages, providing stable power for critical loads to avoid production interruptions, data loss or equipment damage.
Duration: Approximately 2.4 hours of continuous power supply at full 100kW load, sufficient for emergency shutdown and data backup.
Applicable users: Remote mining areas, island projects, regions with unstable grids, independent microgrid systems.
Core value: Works with diesel generators or wind power to stabilize system voltage and frequency. Serves as core energy storage to ensure reliable off-grid power supply. Can participate in grid demand response for additional subsidies.
Applicable users: Industrial parks, multi-user aggregation projects, grid peak-shaving demand response programs.
Core value: Multiple 241kWh systems connected in parallel to participate in grid peak shaving, frequency regulation and demand response, bringing additional ancillary service revenue for enterprises.
A: Yes. The system involves high-voltage DC and 380/400V three-phase AC power, including high-voltage wiring and grid connection. Non-professional operation may cause electric shock, short circuit or fire hazards.
A: Lithium iron phosphate (LFP) cells are adopted, featuring no thermal runaway risk, long cycle life (≥6,000 cycles) and strong environmental adaptability. Equipped with PACK-level explosion-proof, smoke alarm and automatic fire extinguishing devices, with high protection grade suitable for outdoor installation.
A: The thermal management system supports stable operation in a wide temperature range of -25°C ~ 60°C. Air-cooled versions suit mild climates, while liquid-cooled versions effectively control cell temperature even in high-temperature areas above 40°C, slowing degradation and extending service life.
A: With intelligent temperature control (air / liquid cooling), the system can charge and discharge normally within -20°C ~ +55°C.
It automatically heats in low temperatures and dissipates heat in high temperatures to ensure cell life and safety.
When exceeding the temperature range, the system activates power-limiting protection to avoid battery damage.
A: Full protections including overcharge, over-discharge, overcurrent, over-temperature and short-circuit protection, plus BMS active balancing, PACK-level explosion-proofing, smoke detection and automatic fire extinguishing.
Complies with major certifications such as UL1973, GB/T36276, CE and international grid-connected safety standards.
A: The integrated cabinet design eliminates complicated daily maintenance. Only regular inspections of ventilation, heat dissipation and terminal connections are needed. Remote monitoring and fault early warning are supported, resulting in extremely low O&M costs.
