12V 100Ah Group 31 LiFePO4 Battery for Trolling Motors
$169.00
Commercial & Industrial Energy Storage System
The 125kW 232.9kWh liquid-cooled C&I energy storage system is designed for commercial and industrial energy management, including peak shaving, valley filling, emergency power reserve, load optimization and renewable-energy integration.
The system uses 280Ah LiFePO4 cells with a 260S1P (5 × 52S1P) configuration, providing 232.9kWh rated battery energy, 832V rated battery voltage and 125kW rated AC output power.
This 232.9kWh liquid-cooled commercial battery energy storage system is built for commercial and industrial projects requiring high-voltage battery storage, AC power conversion, thermal management and flexible system integration.
The battery operates across a 728–936V voltage range. The AC side provides 125kW rated output power, 150A output current, AC480V rated grid voltage and 50Hz / 60Hz grid frequency compatibility.
The technical configuration also lists MPPT (optional), STS (optional) and PCS, with communication via CAN / Ethernet / RS485.
| Battery Type | LFP 280Ah |
| Cell Configuration | 260S1P (5 × 52S1P) |
| Rated Battery Voltage | 832V |
| Battery Voltage Range | 728–936V |
| Rated Battery Energy | 232.9kWh |
| Cooling Method | Liquid Cooling |
| Rated Output Power | 125kW |
| Output Current | 150A |
| Rated Grid Voltage | AC480V |
| AC Access Method | 3P 3W+PE or 3P 3W+N+PE |
| Grid Frequency | 50Hz / 60Hz |
| THDi | ≤3% (full load) |
| Power Factor | -1 leading to +1 lagging |
| Maximum PCS Converter Efficiency | 98.6% |
| Configuration | MPPT (Optional), STS (Optional), PCS |
| Charge / Discharge Rate | ≤0.5P (140A) |
| Operating Temperature | -30°C to +60°C |
| Relative Humidity | 0–95%, no condensation |
| Altitude | 4000m (>2000m derating) |
| Isolation Mode | Industrial Transformer Isolation |
| Protection Level | IP54 |
| Cycle Life | 8500 cycles @ 25°C, 0.5C/0.5C, 90% DoD, 80% EOL |
| Communication | CAN / Ethernet / RS485 |
| Display | LCD |
| Noise | <65dB at 1m |
| Dimensions | 1100W × 1400D × 2360H mm |
Typical functions include peak shaving, valley filling, emergency power reserve, load optimization control, short-term power regulation and transformer capacity increase.
The system can be used in grid-connected or off-grid energy-storage applications and can support microgrid deployment scenarios.
Suitable for factories, commercial buildings, data centers, smart factories, EV charging stations, PV power stations and wind-energy applications.
Commercial and industrial battery storage for manufacturing and industrial facilities.
Energy storage for office buildings, shopping malls and other commercial facilities.
High-voltage C&I ESS architecture for data centers and smart industrial sites.
Integration with PV power stations, wind farms and EV charging infrastructure.
A single C&I ESS cabinet provides 232.9kWh of rated battery energy. The technical configuration also supports 2–5 C&I ESS cabinets + 1 AC combiner cabinet, providing 465.8kWh–1164.5kWh of storage capacity.
| Scenario | Rate | Energy | Configuration |
|---|---|---|---|
| C&I | 0.5P | 232.9kWh | 1 × C&I ESS Cabinet |
| C&I | 0.5P | 465.8kWh–1164.5kWh | 2–5 × C&I ESS Cabinets + 1 × AC Combiner Cabinet |
For more than three cabinets connected in parallel, the technical document states that the project design should consider whether an AC combiner cabinet is required.
Typical top-view installation layout for 5 ESS cabinets + 1 AC combiner cabinet, showing cabinet dimensions, wall clearance and installation spacing. Unit: mm.
Download the technical PDF covering battery parameters, AC-side specifications, system configuration, application scenarios, system diagram and installation layout.
Download 125kW 232.9kWh Liquid-Cooled C&I ESS Datasheet (PDF)The system provides 232.9kWh rated battery energy and 125kW rated AC output power.
The technical specification lists 280Ah LiFePO4 cells with a 260S1P (5 × 52S1P) configuration.
Rated battery voltage is 832V, with a battery operating range of 728–936V.
The AC side is specified for AC480V with 50Hz / 60Hz grid frequency.
The system supports CAN, Ethernet and RS485 communication interfaces.
The technical document lists 8500 cycles at 25°C, 0.5C/0.5C, 90% DoD and 80% EOL.
Yes. The technical configuration shows 2–5 cabinets with an AC combiner cabinet, providing 465.8kWh–1164.5kWh of total storage capacity.
The typical installation diagram shows cabinet spacing and wall-clearance requirements, including the dimensions indicated in the engineering layout. Final clearances should follow the approved project drawing and local installation requirements.
The technical document shows applications including factories, commercial buildings, data centers, smart factories, charging stations, PV power stations and wind farms.
The technical document lists IEC/EN 62619, IEC/EN 60730, UN38.3, UN3480, IEC/EN 62477, IEC/EN 61000, IEC/UL 60730 and GB/T 36276.
Commercial & Industrial Energy Storage Project
Tell us your required power, storage capacity, grid voltage, application, installation environment and project quantity so we can evaluate a suitable commercial and industrial energy storage configuration.
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Many LiFePO4 batteries can replace compatible lead-acid deep-cycle batteries in RVs, boats, golf carts and industrial equipment. Before installation, confirm the system voltage, battery dimensions, terminal layout, charger profile, maximum load, cable size, fuse rating and operating temperature.
Most LiFePO4 batteries are compatible with standard 12V, 24V, 36V or 48V inverters when the system voltage and power requirements match. Many modern chargers also include a LiFePO4 charging profile. For lead-acid replacement projects, confirm the charger voltage, inverter rating and maximum load before installation. A compatible charger or DC-to-DC charger may be required if the existing charging equipment does not support LiFePO4 batteries.
Yes. OEM and custom battery support can include voltage, capacity, BMS settings, enclosures, terminals, connectors, communication protocols, labels and packaging. Send us the application, electrical requirements, installation dimensions and expected order quantity for review.
MOQ depends on the battery model, specification and customization requirements. Standard models may be available for sample testing, while custom enclosures, private labels and OEM production normally require a confirmed order quantity. Contact us with the model and required quantity for details.
Available certifications and documents depend on the battery model and destination market. Supporting documents may include UN38.3, MSDS, CE, RoHS and product test reports. Confirm the required documents and target market before placing an order.
Lead time depends on the battery model, order quantity, customization and testing requirements. Export shipping options are arranged according to the battery specification, destination and order volume. Send us the required quantity, delivery location and target schedule for a project-specific quotation.
