314Ah High Voltage Lithium Battery for Energy Storage System
314Ah ESS Battery Front Side Rear and Bottom Product Views
314Ah High Voltage Battery System Diagram for Grid-Scale Energy Storage
314Ah Lithium Battery Internal Components and Factory Quality Inspection
314Ah High Voltage Lithium Battery for Energy Storage System
314Ah ESS Battery Front Side Rear and Bottom Product Views
314Ah High Voltage Battery System Diagram for Grid-Scale Energy Storage
314Ah Lithium Battery Internal Components and Factory Quality Inspection

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Wholesale 314Ah High Voltage Lithium Battery Supplier for Commercial and Utility ESS

The 314Ah High Voltage Lithium Battery is a high-capacity energy storage solution for commercial and industrial solar systems. Built with reliable LFP technology, it offers high efficiency, long cycle life, intelligent BMS protection, and stable performance for backup power and renewable energy storage applications.

Battery Capacity:

314Ah

Battery Type:

LFP

lnstallation:

Cabinet Holding

Waranty:

5 or 10 years(optional)

Note: Please read the safety and installation manual before using the product. We reserve the right of finalinterpretation.

The specifications in this datasheet are subject to change without notice.

Battery Features

  • Original A-grade lithium iron phosphate battery cell has high safety and reliability
  • Intelligent integrated BMS, all-round protection strategy and fault detection
  • Modular design, parallel expansion, flexible choice of voltage and capacity
  • Large capacity, high charging and discharging efficiency, more than 6000 cycle life
  • Built-in fire extinguishing device, automatically deal with ultra-early warning thermal runaway status
  • Bottom tripod design, standard cabinet for easy installation and easy maintenance
  • Built-in BMS intelligent protection function, compatible with leading high-voltage inverters
  • Achieving the maximum efficiency through the high-voltage series connection, with high-power emergency backup and off-grid functions
  • ON/OFF switch control output
  • LCD display, dynamic display of system operating status data

Product Description

Product TypeHVM96S314BL-UHVM128S314BL-UHVM160S314BL-UHVM192S314BL-U
Number of Modules681012
Battery Capacity314Ah314Ah314Ah314Ah
Battery Energy96.46KWh128.61KWh160.76KWh192.92KWh
Size (L×W×H) mm550×811×20801100×811×15701100×811×18001100×811×2080
Weight830Kg1100Kg1355Kg1480Kg
Standard Charge Current100A100A100A100A
Standard Discharge Current200A200A200A200A
Features
Battery TypeLFP
Cycle Life≥ 6000 times @ 80% DOD, 25°C
Nominal Voltage307.2V409.6V512V614.4V
Operating Voltage Range160-584V
IP ProtectionIP21
InstallationCabinet Holding
Charging Temperature0~60°C
Discharge Temperature-10~60°C
Conventional
BMS Monitoring ParametersSOC, System voltage, current, cell voltage, cell temperature, PCBA temperature measurement
Communication PortRS485/CAN
Warranty5 or 10 years (optional)

Product Advantages

Lower Total Cost of Ownership

Long battery lifespan and minimal maintenance reduce operational costs throughout the project lifecycle.

Flexible Capacity Expansion

Modular battery design allows future expansion without replacing the entire energy storage system.

Stable Performance

Maintains reliable output under various operating conditions with excellent charge/discharge consistency.

Smart Energy Management

Compatible with intelligent EMS platforms for optimized charging strategies, energy scheduling, and remote monitoring.

Renewable Energy Integration

Stores excess solar or wind energy, improving self-consumption and reducing reliance on the utility grid.

Technical Highlights

  • Battery Chemistry: LiFePO₄ (LFP)
  • Cell Capacity: 314Ah
  • High Voltage Modular Design
  • Intelligent BMS Integration
  • Long Cycle Life
  • High Charge/Discharge Efficiency
  • Low Self-discharge Rate
  • Wide Operating Temperature Range
  • Multiple Communication Protocols (CAN / RS485 / Modbus)
  • Compatible with Major PCS & Inverter Brands

Application Scenarios

Commercial & Industrial Energy Storage

Help factories and businesses:

  • Reduce peak electricity costs
  • Optimize energy consumption
  • Improve power reliability

Solar + Storage Systems

Integrate with photovoltaic systems for:

  • Higher solar self-consumption
  • Renewable energy optimization
  • Backup power supply

Microgrid & Off-Grid Solutions

Provide stable power support for:

  • Remote areas
  • Industrial sites
  • Weak-grid regions

Utility Energy Storage

Suitable for:

  • Grid stabilization
  • Renewable integration
  • Large-scale energy management

Why This Battery Fits Every ESS Scenario

Thanks to its 314Ah LiFePO₄ cells, intelligent Battery Management System (BMS), modular high-voltage architecture, and long cycle life, this battery is suitable for a wide range of Battery Energy Storage System (BESS) applications. From commercial and industrial facilities to residential solar projects, it provides a reliable, scalable, and future-ready energy storage solution that supports the transition to cleaner and more resilient power systems.


FAQs

1. Why is the 314Ah lithium battery popular for large energy storage systems?

The 314Ah design provides higher energy density and larger storage capacity, reducing the number of battery modules required in large projects.

2. Is the 314Ah high voltage battery suitable for solar farms?

Yes.Yes. It is designed for commercial and industrial solar energy storage, including solar farms and microgrid systems.

3. Can the 314Ah battery support continuous high-power output?

Yes. The system is built for stable high-power discharge performance in demanding applications.

4. Is the battery suitable for high voltage energy storage systems?

Yes. It is specially designed for high voltage applications, improving energy efficiency and inverter compatibility.

5. How does the 314Ah battery improve project scalability?

Its modular cabinet design allows flexible system expansion for different energy storage capacities.

6. Why do commercial users prefer 314Ah lithium batteries?

Commercial users value the high capacity, long cycle life, lower maintenance requirements, and efficient energy management capabilities.

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