A 516.096kWh containerized LiFePO4 battery platform for renewable integration, microgrids, industrial backup and project-scale dispatch.

Project-Scale Battery Energy Storage

BESS-PLUS 500GP Containerized Storage

A 516.096kWh containerized LiFePO4 battery platform for renewable integration, microgrids, industrial backup and project-scale dispatch.

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Project-Scale Battery Energy StorageBESS-PLUS 500GP Containerized StorageView product gallery

Battery module14.336kWh, 51.2V, 110kg
Pack quantity18 x 2
System energy516.096kWh
Product overview

What this product is designed to do

A practical explanation of the product, intended customer and role in the energy system.

BESS-PLUS 500GP is a containerized LiFePO4 battery platform with 516.096kWh of listed system energy and a 921.6V nominal DC architecture. It is intended for renewable integration, microgrids, industrial backup and project-level dispatch.

The designation 500GP is retained as the model name and is not interpreted as a technical value. Final project scope may include PCS, EMS, HVAC, fire protection, switchgear and auxiliary systems; the bill of materials must be defined for each quotation.

Choose the container format when factory-organized equipment, transportable project blocks and high-voltage PCS integration suit the site plan. A smaller cabinet may be more practical where energy demand, access or foundation limits do not justify a container.

Customer value

Advantages tied to real decisions

No generic claims: each point explains a practical selection, installation or operating benefit.

BESS-PLUS 500GP Containerized BESS - Containerized deployment
01

Containerized deployment

Factory-organized equipment reduces on-site battery assembly and improves project coordination.

BESS-PLUS 500GP Containerized BESS - 516kWh energy block
02

516kWh energy block

A repeatable project unit supports renewable and microgrid capacity planning.

BESS-PLUS 500GP Containerized BESS - High-voltage architecture
03

High-voltage architecture

The 921.6V nominal platform is designed for project PCS integration.

Verified technical data

Technical specifications

One complete, copyable table. Unverified values remain clearly gated.

Swipe to view full specificationsRequest parameter confirmation
Specification Value
Model E-MATE 500GP
Battery module 14.336 kWh, 51.2 V, 110 kg (242.5 lb)
Pack quantity 18 × 2 = 36
Cell chemistry LFP (LiFePO4)
System energy 516.096 kWh
Nominal voltage 921.6 V
Operating voltage 820.8–1,010.9 V
Output current 140 A × 2 / 280 A × 2
Display SOC status display and LED indicators
Communication Ethernet / CAN / RS485
Dimensions (W × D × H) 2,991 × 2,438 × 2,591 mm (117.8 × 95.9 × 102 in)
Weight 8,000 kg (17,637 lb)
Operating temperature −20°C to 60°C (−4°F to 140°F)
Ambient humidity ≤95% RH, non-condensing
Ingress protection IP55
Service life 6,000 cycles @ 80% DoD, 25°C, 0.5C, 60% EOL
Scalability Yes
Operating modes Grid-connected / grid-connected + standby / off-grid
Inverter compatibility Major PCS brands; confirm against the compatibility list
Cell certifications UN38.3 / IEC 62619 / UL 1642
Battery pack certifications UN38.3 / IEC 62619 / IEC 61000
System certification UL 9540; additional certifications available on request
Test condition 100% DoD; charge/discharge at 0.2C and 25°C
Temperature derating Applies from −10°C to 5°C and from 45°C to 55°C
Clear product selection

Is this product right for your project?

These conditions help buyers rule the model in or out before detailed engineering.

Application scenarios

Where this product creates value

Application 01

Renewable energy integration

Coordinate a repeatable storage block with solar or wind generation.

Application 02

Microgrid energy dispatch

Support planned islanded or grid-connected operating strategies through PCS and EMS.

Application 03

Industrial project backup

Provide project-scale stored energy for selected industrial continuity requirements.

System compatibility

Confirm these points before ordering

Compatibility is determined by the complete electrical and communication design, not the product name alone.

  • PCS across 820.8-1010.9V operating range
  • EMS, cybersecurity and communications architecture
  • Foundation, lifting, HVAC and fire strategy
Technical documents

Downloads reserved for verified files

Datasheets, manuals and certificates will appear here only after document verification.

Document package in preparation

No placeholder or unverified files are published. Contact the team to request the currently available documents for E-MATE 500GP.

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Product-specific FAQ

Questions customers ask before selection

Direct answers with the conditions that affect the final recommendation.

Is BESS-PLUS 500GP a complete turnkey system?

Final scope may include battery, PCS, EMS, fire protection, HVAC, switchgear and auxiliary systems. Confirm the bill of materials for each quotation.

What foundation is required?

A structural engineer should confirm bearing load, anchoring, drainage, cable entry and service clearances based on the 8000kg listed weight.

Can it be used with renewable generation?

Yes. Typical uses include solar and wind smoothing, microgrids and project-level energy dispatch.

What PCS voltage range is required?

The battery operating range is listed as 820.8-1010.9V. PCS compatibility must be checked across all operating conditions.

How is the system monitored?

Ethernet, CAN and RS485 are listed. EMS architecture, remote access and cybersecurity should be defined during engineering.

What information starts a project review?

Provide single-line diagrams, load/generation data, grid requirements, operating modes, site layout, climate, applicable standards and delivery constraints.

Project review

Turn the product page into a project recommendation

Share the application, load or generation data, voltage, capacity target, installation conditions and purchase schedule. LIANHENERGY will confirm product fit before quotation.