Our integrated 100kW/215kWh energy storage equipment provides reliable power management for your business. We manufacture this commercial system combining a high-efficiency inverter and premium batteries. It connects seamlessly to your site solar inputs. The equipment ensures stable backup power, effective peak shaving, and optimized energy costs for modern industrial facilities.
We utilize premium EVE280Ah lithium iron phosphate cells within our battery enclosures. The 1P240S cluster configuration delivers a substantial 215kWh nominal capacity and operates at a 768V system nominal voltage. This specific chemistry provides inherent thermal stability across various operating conditions. It delivers a reliable design service life of 6000 cycles for your daily commercial energy operations.
Maintaining optimal internal temperatures remains crucial for battery longevity and facility safety. Our air-cooled energy storage cabinet actively regulates structural conditions between -20°C and 55°C. This targeted cooling method prevents localized hotspots within the battery cluster. It ensures the entire power array performs reliably even during continuous 140A maximum charging and discharging cycles.
We engineered our photovoltaic and energy storage equipment to maximize your renewable site generation. Featuring dual MPPT modules with a 250V to 850V voltage range, the machine handles 120kW of maximum photovoltaic power. The unit transitions from grid to off-grid mode in under 20 milliseconds. This rapid switching guarantees uninterrupted operations for your essential electrical loads.
Facility safety stands as our primary design focus when we produce these high-voltage systems. The customized battery cabinet features a robust IP54 protection level against environmental factors. It includes a specialized built-in aerosol fire extinguishing device for immediate hazard mitigation. Combined with standard communication protocols, your management team receives continuous monitoring data to prevent deep discharge scenarios.
Serial No. | Item Name | Parameters | Notes |
1 | Maximum Output Power | 110kva | |
2 | Rated Output Power | 100kW | |
3 | Rated Grid Voltage | 440V | |
4 | Grid Voltage Range | 352～506V | |
5 | Rated Output Current | 144A | |
6 | Rated Grid Frequency Range | 55～65Hz | |
7 | THDi | <3% | |
8 | Rated Discharge Current | 140A | |
9 | Power Factor | 1 lagging to -1 leading | (configurable) |
10 | AC System Type | 3W+N+PE | |
11 | Isolation Transformer Ratio | 270/440 | |
12 | Grid/Off-grid Switch Time | <20ms | |
13 | MPPT Module Quantity | 2 | |
14 | Maximum Photovoltaic Power | 120kW | |
15 | MPPT Voltage Range | 250～850V | |
16 | Battery Voltage Range | 420～850V | |
17 | Maximum Battery Charging Power | 120kW | |
18 | Overall Dimensions (W×D×H) | 1200mm×800mm×2050mm | |
19 | Weight | ≈1000kg | |
20 | Protection Level | IP20 | |
21 | Noise | <70dB | |
22 | Cooling Method | Air cooling | |
23 | Operating Altitude | <5000m | >3000m derating |
24 | Operating Temperature | -20～55℃ | |
25 | Local Display | LCD Touch Screen | |
26 | BMS Communication | RS485, CAN | |
27 | EMS Communication | RS485, TCP/IP | |
28 | Cable Entry/Exit Method | Bottom entry/exit |
Serial No. | Item Name | Parameters | Notes |
1 | Cell Capacity | EVE280Ah (Lithium Iron Phosphate) | Standard charge/discharge |
2 | Battery PACK | 1P16S | |
3 | Battery Cluster | 1P240S | 15 battery PACKs in series |
4 | System Nominal Voltage | 768V | Standard charge/discharge |
5 | System Nominal Capacity | 215kWh | Standard charge/discharge |
6 | Charging Cut-off Voltage | 840V | or any cell reaches 3.5V |
7 | Discharging Cut-off Voltage | 672V | or any cell reaches 2.8V |
8 | Rated Charging Current | 140A | |
9 | Rated Discharging Current | 140A | |
10 | Operating Temperature Range | -20℃~55℃ | |
11 | Storage Temperature Range | -20℃~45℃ | |
12 | Communication Method | CAN, RS485, TCP/IP | |
13 | Cooling System | Air cooling | |
14 | Fire Protection System | Aerosol fire extinguishing device | |
15 | System Protection Level | IP54 | |
16 | Overall Dimensions (W×D×H) | 1200mm×1325mm×2400mm | Excluding lifting ring (lifting ring 60mm) |
17 | Design Service Life | 6000 cycles | Operating conditions 25±2℃ |
18 | Weight | ≈2.4T | |
19 | Cable Entry/Exit Method | Bottom entry/exit |
Serial No. | Name | Specification Parameters | Quantity | Unit | Notes |
I | Battery System Cabinet | ||||
1 | Battery Cabinet Body | Customized, IP54 grade | 1 | Set | |
2 | Lithium Iron Phosphate Cells | 3.2V/280Ah | 240 | Pieces | |
3 | Battery Module PACK Cabinet Body | 1P16S specification cabinet | 15 | Units | |
II | Photovoltaic Storage Integrated Machine | ||||
4 | MPPT | 60kW photovoltaic module | 2 | Units | |
5 | PCS | 100kW inverter | 1 | Set | |
6 | Isolation Transformer | 270/400 | 1 | Unit |
As a dedicated C&I ESS manufacturer, we supply these energy systems directly from our production lines to your facility. We produce commercial and industrial energy storage products without adding unnecessary middleman markups. This direct sourcing strategy accelerates your project procurement timeline. It also significantly lowers the initial capital expenditure required for your facility upgrade.
Our specialized equipment interfaces smoothly with your existing site electrical infrastructure. The system supports a 440V rated grid voltage and manages a 144A rated output current efficiently. This precise electrical management helps your business avoid expensive peak demand utility charges. It stabilizes local grid fluctuations and maximizes your overall daily energy consumption efficiency.
We engineered the entire hardware setup to minimize your required site installation footprint. The battery system cabinet measures 1200mm by 1325mm by 2400mm for space efficiency. It integrates perfectly with the main control unit measuring 1200mm by 800mm by 2050mm. This modular design utilizes standard bottom cable entry methods, streamlining the deployment process across diverse industrial layouts.
Our robust power solutions perfectly suit large manufacturing plants seeking to reduce operational electricity expenses. Heavy industrial facilities utilize our equipment to store off-peak power and deploy it during high-tariff periods. The substantial 215kWh storage capacity easily sustains critical manufacturing production lines. It prevents costly material waste during temporary utility grid outages or unexpected severe weather events.
Large commercial office complexes and data centers benefit significantly from our commercial and industrial energy storage system. We supply these reliable platforms to facilities requiring strict power quality and continuous network uptime. The rapid 20-millisecond grid switching time guarantees stable voltage. It ensures sensitive enterprise servers and building management networks remain online without experiencing disruptive power dips.
As a C&I Energy Storage System supplier, we maintain complete control over the fabrication of our battery cabinets and inverters. We source premium internal components for every unit. Our team applies rigorous quality assurance testing before any fully assembled system leaves our active production floor.
Partnering with our factory means your business gains direct access to dedicated engineering expertise. We assist your technical team from the initial site assessment through the final system commissioning phase. Our manufacturer commitment extends well beyond the initial equipment sale. We ensure your energy storage investment operates at peak performance throughout its entire 6000-cycle design life.
The equipment relies on an efficient active air cooling method. This mechanism manages internal heat dissipation, keeping component temperatures within the optimal -20°C to 55°C range.
Yes, the monitoring system detects utility grid loss instantly. It switches the entire load to off-grid battery power in under 20 milliseconds, providing seamless facility backup.
As a comprehensive commercial supplier, we provide the complete operational solution. The package includes the 100kW inverter, the 215kWh battery cabinet, and all necessary isolation transformers.
