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AINEGY C&I ESS Battery Rack · Air Cooling · IP20

AINEGY 51.2V314Ah Air-Cooled LiFePO4 Battery Rack / IP20

The AINEGY 51.2V314Ah Air-Cooled LiFePO4 Battery Rack is a high-voltage indoor battery rack platform for commercial and industrial energy storage projects. It uses 51.2V314Ah LiFePO4 rack modules and supports 112kWh, 128kWh, 209kWh and 241kWh configurations for PCS-based C&I ESS integration.

112–241kWhFour battery energy configurations.
358–768VHigh-voltage battery rack platform.
51.2V314AhRack module specification.
Air Cooling / IP20For indoor or protected environments.
RS485 / CANCommunication interface for PCS matching.
Battery Rack OnlyPCS / inverter selected separately.

About This AINEGY 51.2V314Ah C&I ESS Battery Rack

AINEGY provides lithium battery energy storage solutions for commercial and industrial applications. This AINEGY 51.2V314Ah air-cooled LiFePO4 battery rack is designed for indoor C&I ESS projects that require high-voltage battery integration, PCS matching and flexible system configuration.

The product is part of the AINEGY C&I energy storage battery rack and cabinet portfolio. It supports project scenarios such as commercial solar storage, factory backup power, gas station backup, weak-grid energy support and system integrator projects where a battery rack must be matched with PCS, AC distribution and site-level controls.

AINEGY Battery RackC&I ESSLiFePO4 Energy StoragePCS-Based IntegrationIndoor IP20 Battery System

Technical Specifications

Parameter112kWh128kWh209kWh241kWh
ModelYP-CB358314A-HX1YP-CB409314A-HX1YP-CB665314A-HX1YP-CB768314A-HX1
Battery TypeLiFePO4 BatteryLiFePO4 BatteryLiFePO4 BatteryLiFePO4 Battery
Rated Energy112kWh128kWh209kWh241kWh
Nominal Voltage358V409V665V768V
Module Specification51.2V314Ah51.2V314Ah51.2V314Ah51.2V314Ah
Module Quantity781315
End-of-Charge Voltage403V460V749V864V
End-of-Discharge Voltage313V358V582V672V
Standard Charge Current100A100A100A100A
Max. Charge Current100A100A100A100A
Standard Discharge Current200A200A200A200A
Max. Discharge Current200A200A200A200A
Max. Peak Current250A250A250A250A
IP GradeIP20IP20IP20IP20
Work Temperature RangeCharge: 0°C–50°C
Discharge: -15°C–60°C
Charge: 0°C–50°C
Discharge: -15°C–60°C
Charge: 0°C–50°C
Discharge: -15°C–60°C
Charge: 0°C–50°C
Discharge: -15°C–60°C
Charge / Discharge InterfaceWaterproof quick-plug terminalWaterproof quick-plug terminalWaterproof quick-plug terminalWaterproof quick-plug terminal
Communication InterfaceRS485 / CANRS485 / CANRS485 / CANRS485 / CAN
Shell Material / ColorMetal / White optionalMetal / White optionalMetal / White optionalMetal / White optional
Size550 × 745 × 1950mm1050 × 790 × 1350mm1050 × 790 × 1830mm1050 × 790 × 1830mm
WeightAbout 830kgAbout 1080kgAbout 1700kgAbout 1830kg
Parameters are for reference. Final product configuration, dimensions and technical details should be confirmed according to the selected model, project requirements and customization scope.

Selection Notes

  • Match nominal voltage and voltage window with PCS DC input range.
  • Use charge / discharge current to check PCS power configuration.
  • Use size and weight to confirm delivery, lifting and installation access.

Product Boundary

  • Battery rack only.
  • PCS, transformer, PV inverter and outdoor enclosure are not included by default.
  • IP20 is for indoor or protected installation, not direct outdoor exposure.

Configuration Logic

  • 7 / 8 / 13 / 15 module configurations provide different capacity and voltage levels.
  • RS485 / CAN communication should be checked with the selected PCS before order confirmation.
AINEGY 51.2V314Ah battery rack system design and C&I ESS integration diagram with PCS PV grid generator and loads

System Design & Energy Storage Integration

This AINEGY battery rack is the DC-side battery section of a C&I energy storage system. It is typically connected to a compatible PCS, while PV input, grid connection, generator backup and site loads are designed at system level.

Battery RackStores energy through 51.2V314Ah LiFePO4 rack modules in 112kWh–241kWh configurations.
PCSSelected separately according to DC voltage range, charge / discharge current and system power.
PV / GridPV input and grid-side design should be confirmed according to project electrical architecture.
GeneratorDiesel generator integration can be reviewed when backup or weak-grid operation is required.
LoadsCritical and normal loads should be designed according to backup duration and site priority.
PCS, transformer, PV inverter, outdoor enclosure and AC distribution equipment are not included by default. Final design depends on PCS voltage range, battery rack voltage, BMS communication and site requirements.

Why This 51.2V314Ah Battery Rack Is Selected

Advantage 01

High-Voltage Platform for PCS-Based C&I ESS

With 358V, 409V, 665V and 768V configurations, this AINEGY rack is intended for high-voltage PCS-based commercial energy storage systems rather than low-voltage residential battery applications.

Advantage 02

One Module Platform, Multiple System Sizes

The AINEGY 51.2V314Ah module platform supports 112kWh to 241kWh configurations by adjusting module quantity, which helps system integrators select capacity and voltage within one product family.

Advantage 03

Suitable for Projects with Separate PCS Design

This AINEGY product is useful when the project already has a selected PCS, electrical room, AC distribution design or system integration plan, and only the battery rack section needs to be matched.

Advantage 04

Indoor IP20 Design with Clear Application Boundary

IP20 is suitable for indoor or protected ESS rooms. This avoids presenting the product as an outdoor cabinet and helps customers select the correct protection level for the project site.

Advantage 05

Air Cooling for Protected Installation Rooms

For indoor C&I ESS rooms with suitable ventilation and moderate system density, air cooling provides a direct thermal design without liquid-cooling pipework or coolant management.

Advantage 06

Detachable Rack Design for Project Handling

The detachable rack structure supports packaging, transportation, installation and maintenance planning for project deployment.

AINEGY 51.2V314Ah air-cooled LiFePO4 battery rack applications for factory backup commercial solar storage gas station backup and indoor C&I ESS projects

Typical Applications

The AINEGY 51.2V314Ah battery rack is mainly selected for indoor C&I ESS projects where battery capacity, PCS matching and system integration flexibility are required.

Commercial Solar StorageBattery section for PV storage systems when paired with compatible PCS.
Factory Backup PowerIndoor battery rack integration for factory backup and local energy storage.
Commercial Building BackupFor supermarkets, commercial buildings or service sites with confirmed load design.
Gas Station BackupLocal energy storage and backup power support in protected electrical spaces.
Weak-Grid SitesFor islands, mountainous areas or weak-grid sites with complete system design.
Integrator ProjectsFor integrators matching battery rack, PCS, AC distribution and site controls.

Certification and Documentation Support

AINEGY products are designed and manufactured with reference to relevant international safety, transport, electrical and material standards. Certification documents are available for certified models, and project-specific certification requirements can be reviewed according to the selected model, configuration and target market.

UL and UL 9540A energy storage safety documentation support
IEC electrical standard documentation support
CE documentation support for certified models
UN38.3 battery transport safety documentation support
MSDS material safety data sheet support
RoHS restricted substance documentation support
EN 50549 grid connection documentation support
IEC 62619 lithium battery safety standard documentation support
VDE regional documentation support
AINEGY invention patent support
AINEGY utility model patent support
AINEGY design patent support

FAQ

What is the AINEGY 51.2V314Ah Air-Cooled LiFePO4 Battery Rack?The AINEGY 51.2V314Ah Air-Cooled LiFePO4 Battery Rack is an indoor high-voltage LiFePO4 battery rack for commercial and industrial energy storage systems. It supports 112kWh, 128kWh, 209kWh and 241kWh configurations for PCS-based ESS integration.
Who is this 51.2V314Ah battery rack designed for?This AINEGY battery rack is designed for C&I ESS integrators, commercial solar storage projects, factory backup systems, weak-grid sites, gas station backup power and indoor energy storage rooms requiring PCS-compatible battery racks.
Is this product a complete ESS cabinet?No. This product is an AINEGY LiFePO4 battery rack. PCS, inverter, transformer, PV input, outdoor enclosure and AC distribution should be selected separately according to the project design.
Can this IP20 battery rack be installed outdoors?This IP20 battery rack is mainly intended for indoor or protected installation environments. Outdoor projects should review a higher IP-rated AINEGY battery cabinet or protected enclosure.
Which capacity options are available?The available rated energy configurations are 112kWh, 128kWh, 209kWh and 241kWh.
How should this battery rack be matched with PCS?Confirm the PCS DC voltage range, maximum charge and discharge current, BMS communication method and system protection settings before order confirmation.
What communication interfaces are supported?The product specification lists RS485 and CAN communication. Final protocol matching should be confirmed with the selected PCS or inverter.
Are certification documents available?Certification documents are available for certified AINEGY models. The required certificates should be confirmed according to the selected model, configuration and target market.

Confirm the Right AINEGY Battery Rack for Your C&I ESS Project

Send your required capacity, PCS model, DC voltage range, communication protocol, installation environment, backup load and target market. AINEGY will help review whether the 112kWh, 128kWh, 209kWh or 241kWh battery rack configuration is suitable for your C&I ESS project.