12V 100Ah Group 31 LiFePO4 Battery for Trolling Motors
$169.00
Commercial & Industrial Battery Energy Storage System
The 80kVA 418kWh all-in-one liquid-cooled C&I BESS is designed for commercial and industrial energy storage applications requiring high-capacity lithium battery storage, intelligent thermal management and scalable system deployment.
Built around a 418kWh LiFePO4 battery system, the cabinet combines battery modules, liquid cooling, battery management, communication and system safety functions in a compact industrial energy storage platform.
This 418kWh commercial and industrial battery energy storage system uses lithium iron phosphate battery technology and a liquid-cooling architecture for demanding C&I energy storage environments.
The battery platform uses 314Ah LiFePO4 cells, 52S1P modules and a total of 8 battery modules. Rated system voltage is 1331.2V.
The battery cabinet includes electrical boxes, a main control box, a cooling system and a fire protection system, providing a modular platform for industrial and large-scale battery energy storage projects.
Typical engineering architecture showing ESS cabinets, combiner/control cabinet, PCS, transformer, grid connection and EMS communication.
| Rated Energy | 418kWh |
| Cell Capacity | 314Ah |
| Cell Type | LiFePO4 |
| Module Series & Parallel | 52S1P |
| Number of Modules | 8 |
| Rated Voltage | 1331.2V |
| Rated Charge / Discharge Current | 140A |
| Maximum Charge / Discharge Current | 280A (Ta = 25±3°C) |
| Rated Output Rate | 0.5P |
| Maximum Output Rate | 1P |
| Charging Temperature | 0°C to +50°C |
| Discharging Temperature | -20°C to +50°C |
| Storage Humidity | RH ≤85%, no condensation |
| Storage Temperature | -30°C to +45°C |
| Altitude | ≤2000m |
| Dimensions | 1300W × 1300D × 2340H mm |
| Weight | Approx. 3500kg |
| IP Level | IP55 |
| Cooling Method | Liquid Cooling |
| Communication Interface | CAN / RS485 / WiFi |
| Coolant | 50% ethylene glycol aqueous solution |
Designed for high-capacity commercial and industrial energy storage projects including factories, shopping malls, commercial buildings, hospitals, EV charging infrastructure and PV energy storage.
High-capacity battery storage for industrial facilities and manufacturing sites.
Liquid-cooled commercial battery storage for office, retail and mixed-use facilities.
Energy storage architecture for facilities with critical power requirements.
High-voltage BESS for EV charging infrastructure and PV-connected energy storage projects.
A single cabinet provides 418kWh of rated battery energy. For larger commercial, industrial and utility energy storage projects, multiple battery cabinets can be connected through a combiner/control cabinet and PCS.
| Scenario | Rate | DC Configuration | PCS Example |
|---|---|---|---|
| C&I | 0.5P | 10 × 418kWh cabinets + 1 combiner cabinet | 1725kW PCS |
| C&I | 0.25P / 0.3P | 10 × 418kWh cabinets + 1 combiner cabinet | 1200kW PCS |
| Public Utility | 1P | 10 × 418kWh cabinets + 1 combiner cabinet | 3950kW PCS |
| Public Utility | 0.5P | 10 × 418kWh cabinets + 1 combiner cabinet | 1725kW PCS |
| Public Utility | 0.25P / 0.3P | 10 × 418kWh cabinets + 1 combiner cabinet | 1200kW PCS |
The fire-protection architecture uses smoke and temperature detection, a fire alarm controller, audible and visual alarms, BMS alarm signaling and electric aerosol fire-extinguishing devices.
When the required alarm conditions are triggered, the fire-control system can activate the extinguishing device and alarm functions and receive status feedback confirming activation.
The technical document lists the following standards and certifications for the 418kWh liquid-cooled battery energy storage system:
View the technical PDF covering battery parameters, system configuration, communication, liquid cooling, installation information and fire-protection logic.
Download 418kWh Liquid-Cooled C&I BESS Datasheet (PDF)The system uses 314Ah LiFePO4 cells, a 52S1P module configuration and a total of 8 battery modules.
Rated battery voltage is 1331.2V. Rated charge/discharge current is 140A, with a listed maximum of 280A at 25±3°C.
The system uses liquid cooling with a 50% ethylene glycol aqueous coolant solution for battery thermal management.
The technical specification lists CAN, RS485 and WiFi communication interfaces.
Yes. The technical configuration examples show 10 × 418kWh cabinets connected through a combiner/control cabinet with PCS options for larger C&I and utility projects.
The technical document describes smoke and temperature detection, a fire-control host, audible and visual alarm functions and electric aerosol fire-extinguishing devices.
The technical document lists UL1973, UL9540A, IEC/EN 62619, IEC/EN 63056, IEC/UL 60730, IEC/EN 61000, FCC Part 15 and UN38.3.
Commercial & Industrial Energy Storage Project
Tell us your required power, storage capacity, grid conditions, installation environment and project quantity so we can evaluate a suitable commercial, industrial or utility battery 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.
