AINEGY C&I ESS Battery Cabinet · Air Cooling · IP54

AINEGY 64V314Ah Air-Cooled LiFePO4 Battery Cabinet / IP54

Name: AINEGY 64V314Ah Air-Cooled LiFePO4 Battery Cabinet / IP54
Brand: AINEGY
SKU: AINEGY-64V314AH-CABINET-IP54

The AINEGY 64V314Ah Air-Cooled LiFePO4 Battery Cabinet / IP54 is a high-voltage battery cabinet platform using 64V314Ah cabinet modules, available in 120kWh, 201kWh and 241kWh configurations, with integrated BMS & EMS platform and integrated HVAC air-duct thermal design for PCS-based C&I energy storage projects.

120–241kWhThree cabinet energy configurations.

384–768VHigh-voltage DC battery platform.

64V314AhCabinet module specification.

Air Cooling / IP54For protected indoor or sheltered outdoor environments.

Integrated BMS & EMSCabinet monitoring and system management platform.

HVAC Air DuctsIntegrated HVAC system with dedicated air ducts.

Send Project Requirements to AINEGY View Technical Specifications

About AINEGY 64V314Ah C&I ESS Battery Cabinet

AINEGY provides lithium battery energy storage solutions for commercial and industrial applications. This AINEGY 64V314Ah air-cooled LiFePO4 battery cabinet is designed for C&I ESS projects that require high-voltage battery integration, PCS matching, IP54 cabinet protection, integrated BMS & EMS monitoring and HVAC air-duct thermal management.

The product belongs to the AINEGY C&I energy storage battery cabinet portfolio and can be reviewed for commercial solar storage, factory power supply, supermarket backup power, gas station backup, weak-grid sites, island projects and PV power generation sites where capacity, PCS compatibility, thermal design and installation environment must be evaluated together.

Technical Specifications

Parameter	120kWh	201kWh	241kWh
Model	IYP-CB384314A-HX1	IYP-CB640314A-HX1	IYP-CB7684314A-HX1
Battery Type	LiFePO4 Battery	LiFePO4 Battery	LiFePO4 Battery
Rated Energy	120kWh	201kWh	241kWh
Nominal Voltage	384V	640V	768V
Module Specification	64V314Ah	64V314Ah	64V314Ah
Module Quantity	6	10	12
End-of-Charge Voltage	432V	720V	864V
End-of-Discharge Voltage	336V	560V	672V
Standard Charge Current	100A	100A	100A
Max. Charge Current	150A	150A	150A
Standard Discharge Current	100A	100A	100A
Max. Discharge Current	200A	200A	200A
Max. Peak Current	250A	250A	250A
IP Grade	IP54	IP54	IP54
Work Temperature Range	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 Interface	Waterproof quick-plug terminal	Waterproof quick-plug terminal	Waterproof quick-plug terminal
Communication Interface	RS485 / CAN	RS485 / CAN	RS485 / CAN
Shell Material / Color	Metal / White optional	Metal / White optional	Metal / White optional
Size	660 × 1200 × 1260mm	1160 × 1220 × 1385mm	1160 × 1200 × 1620mm
Weight	About 1250kg	About 1950kg	About 2250kg

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 384V / 640V / 768V nominal voltage with the PCS DC input range.
Check the full battery voltage window: 336–432V, 560–720V or 672–864V.
Review PCS charging power using 100A standard charge and 150A maximum charge current.
Review discharge design using 100A standard discharge, 200A maximum discharge and 250A peak current.
Use cabinet size and weight to confirm foundation, lifting plan, delivery path and installation clearance.

Product Boundary

Battery cabinet on the DC battery side.
PCS, transformer, PV inverter, outdoor enclosure and AC distribution are not included by default.
IP54 is for protected indoor or sheltered outdoor environments; direct exposure conditions should be reviewed.

Configuration Logic

Each 64V314Ah cabinet module is about 20.1kWh at nominal voltage.
6 / 10 / 12 modules build the 120kWh, 201kWh and 241kWh configurations.
The 640V and 768V options are better suited to projects requiring higher DC voltage than 384V systems.
RS485 / CAN communication should be checked with the selected PCS before order confirmation.

AINEGY 64V314Ah air-cooled LiFePO4 battery cabinet IP54 energy storage system integration diagram

System Design & Energy Storage Integration

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

Battery CabinetStores energy through 64V314Ah LiFePO4 cabinet modules in 120kWh–241kWh configurations.

BMS & EMSIntegrated platform supports cabinet monitoring, system management and communication coordination.

HVAC SystemIntegrated HVAC with dedicated air ducts supports cabinet thermal management in air-cooled ESS design.

PCSSelected separately according to DC voltage range, battery current limit, system power and communication protocol.

PV / GridPV input, grid connection and AC-side configuration should be confirmed according to project electrical architecture.

LoadsCritical and normal loads should be separated according to backup duration, load priority and site operation requirements.

Final system design depends on PCS voltage range, BMS protocol, electrical protection, HVAC airflow design, site ventilation, water exposure, load priority and target market requirements. Compatibility should be confirmed before order confirmation.

Why This Battery Cabinet Is Selected

Advantage 01

IP54 Cabinet Platform for Protected C&I ESS Sites

Compared with IP20 indoor battery racks or cabinets, this IP54 cabinet is better suited for protected installation rooms or sheltered site conditions where dust and water-splash exposure must be considered.

Advantage 02

Higher-Capacity 120kWh to 241kWh Range

The 64V314Ah platform covers 120kWh, 201kWh and 241kWh cabinet configurations, making it suitable for C&I projects requiring larger battery capacity than compact 60–100kWh cabinet classes.

Advantage 03

Integrated BMS & EMS Platform

The integrated BMS & EMS platform supports cabinet-level monitoring and project-level coordination, which is important when battery cabinets, PCS, grid connection and loads must operate as one ESS architecture.

Advantage 04

Integrated HVAC with Dedicated Air Ducts

The cabinet uses integrated HVAC with dedicated air ducts. This makes thermal design part of the cabinet architecture, instead of relying only on external room airflow for battery thermal management.

Advantage 05

High-Voltage PCS Matching Range

The 384V, 640V and 768V nominal voltage options provide a practical matching range for high-voltage PCS-based commercial and industrial energy storage systems.

Advantage 06

20.1kWh-Class Module Building Block

A 64V314Ah module stores about 20.1kWh at nominal voltage. Using 6, 10 or 12 modules keeps the cabinet configuration logic clear during PCS selection and capacity planning.

AINEGY 64V314Ah air-cooled LiFePO4 battery cabinet IP54 applications for C&I ESS projects

Typical Applications

This 120kWh–241kWh IP54 battery cabinet is mainly selected for C&I ESS projects where higher battery capacity, cabinet protection level, integrated HVAC and PCS matching must be reviewed together.

Commercial Solar StorageBattery section for PV storage projects when paired with a compatible PCS.

Factory Power SupplyBattery cabinet integration for factory backup, load support and local energy storage.

Supermarket Backup PowerCabinet option for commercial buildings and retail sites with confirmed load priority.

Gas Station BackupLocal energy storage and backup power support where cabinet protection and site safety are reviewed.

Weak-Grid and Island SitesFor mountainous areas, islands or weak-grid locations with complete system design.

PV Power Generation SitesCan be reviewed for PV generation projects requiring battery storage, PCS matching and protected cabinet installation.

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.

FAQ

How should a project team choose between the 120kWh, 201kWh and 241kWh configurations?Selection should be based on usable energy target, backup duration, expected cycling, PCS DC voltage window, installation footprint, cabinet weight and whether the project requires 384V, 640V or 768V nominal battery voltage.

What PCS data must be confirmed before using this AINEGY IP54 battery cabinet?Confirm the PCS brand and model, DC input voltage range, end-of-charge and end-of-discharge voltage compatibility, maximum charge and discharge current, power rating, BMS communication protocol, protection settings and DC cable design.

What installation conditions should be checked for the IP54 cabinet?Confirm whether the cabinet will be installed indoors, in a protected room or in a sheltered outdoor location. Review water exposure direction, dust level, ventilation, drainage, cable entry, ambient temperature, humidity, altitude, foundation load and maintenance clearance.

How should the integrated HVAC air-duct design be evaluated?Check cabinet spacing, air inlet and outlet clearance, heat rejection path, ambient temperature, duty cycle, daily charge/discharge profile and service access. The integrated HVAC and dedicated air ducts should be matched with site ventilation instead of relying only on room-level cooling assumptions.

What is the system boundary of this battery cabinet?This product is a DC-side LiFePO4 battery cabinet with integrated BMS & EMS and HVAC thermal management. PCS, transformer, PV inverter, generator controller, AC distribution, grid protection and site civil works should be selected or designed separately at project level.

How should PV, grid, generator and load requirements be reviewed?Provide PV capacity, grid voltage and frequency, generator integration requirement, critical-load list, normal-load list, backup duration, peak load, average load and whether the project requires peak shaving, PV storage, backup operation or weak-grid support.

What communication and protection requirements should be confirmed?Confirm RS485 or CAN communication, BMS-to-PCS protocol mapping, SOC/SOH data exchange, alarm handling, emergency stop logic, DC protection, grounding, insulation monitoring and coordination with external PCS and site EMS requirements.

What information is needed before technical review and quotation?Provide selected capacity, PCS information, voltage range, charge/discharge current limits, installation environment, target market, certification requirements, delivery location, quantity, project schedule, customization needs, packaging requirements and lifting or access restrictions.

Related C&I ESS Cabinet Products

Confirm the Right IP54 Battery Cabinet for Your C&I ESS Project

Send your required capacity, PCS model, DC voltage range, communication protocol, installation environment, water exposure level, HVAC / ventilation condition, backup load and target market. AINEGY will help review whether the 120kWh, 201kWh or 241kWh IP54 configuration is suitable.

Contact AINEGY Back to C&I ESS Cabinet