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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.

Commercial & Industrial ESSBESS-PLUS 500GP Containerized StorageView product gallery
Model
E-MATE 500GP
Battery module
14.336 kWh, 51.2 V, 110 kg (242.5 lb)
Pack quantity
18 × 2 = 36

Product overview

What this product is designed to do

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.

Product advantages

Advantages tied to real decisions

01

Containerized deployment

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

02

516kWh energy block

A repeatable project unit supports renewable and microgrid capacity planning.

03

High-voltage architecture

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

Selection logic

Choose by application and system requirements

01

Renewable energy integration

Coordinate a repeatable storage block with solar or wind generation.

02

Microgrid energy dispatch

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

03

Industrial project backup

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

Verified technical data

BESS-PLUS 500GP Containerized Storage technical specifications

Confirm the current datasheet, model scope and project conditions before specification or quotation.

Electrical specificationBESS-PLUS 500GP Containerized Storage
ModelE-MATE 500GP
Battery module14.336 kWh, 51.2 V, 110 kg (242.5 lb)
Pack quantity18 × 2 = 36
Cell chemistryLFP (LiFePO4)
System energy516.096 kWh
Nominal voltage921.6 V
Operating voltage820.8–1,010.9 V
Output current140 A × 2 / 280 A × 2
DisplaySOC status display and LED indicators
CommunicationEthernet / CAN / RS485
Service life6,000 cycles @ 80% DoD, 25°C, 0.5C, 60% EOL
ScalabilityYes
Operating modesGrid-connected / grid-connected + standby / off-grid
Inverter compatibilityMajor PCS brands; confirm against the compatibility list
Cell certificationsUN38.3 / IEC 62619 / UL 1642
Battery pack certificationsUN38.3 / IEC 62619 / IEC 61000
System certificationUL 9540; additional certifications available on request
Test condition100% DoD; charge/discharge at 0.2C and 25°C
Mechanical and environmentalBESS-PLUS 500GP Containerized Storage
Dimensions (W × D × H)2,991 × 2,438 × 2,591 mm (117.8 × 95.9 × 102 in)
Weight8,000 kg (17,637 lb)
Operating temperature−20°C to 60°C (−4°F to 140°F)
Ambient humidity≤95% RH, non-condensing
Ingress protectionIP55
Temperature deratingApplies from −10°C to 5°C and from 45°C to 55°C

Compatibility and documents

Verify compatibility before ordering

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

Project fit

Where BESS-PLUS 500GP Containerized Storage fits best

Good fit

  • Solar and wind projects
  • Microgrids
  • Industrial and utility support

Review another format

  • Projects treating 500GP as a confirmed capacity definition
  • Sites without transport, lifting and foundation review
  • Orders without a confirmed project bill of materials

Frequently asked questions

Common questions before you choose

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

Confirm the product against your actual project

Share the application, electrical platform, load, capacity, runtime and installation location.

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