01
High-density rack
Eight 14.336kWh modules create a compact commercial battery block.
Indoor C&I Battery Platform
E-MATE 114R Commercial Battery Rack
A 114.688kWh indoor battery-rack system for commercial backup, PV storage and project integration with Ethernet, CAN and RS485 communication.
Compare this product family
- Battery module
- 14.336 kWh, 51.2 V, 110 kg (242.5 lb)
- Module quantity
- 8
- Cell chemistry
- LFP (LiFePO4)
1 / 6Product overview
What this product is designed to do
E-MATE 114R is an indoor 114.688kWh commercial battery rack built from eight 14.336kWh modules. Its 409.6V nominal platform is intended for commercial backup, PV energy storage and integrator-led PCS and EMS projects.
This page describes the battery rack rather than assuming a complete turnkey ESS. PCS, EMS, switchgear, room ventilation, fire protection and local compliance scope must be defined from the project site and operating strategy.
Choose 114R for an indoor electrical room where approximately 115kWh aligns with the load and PCS voltage. Consider an outdoor BESS cabinet when a protected external enclosure is required.
Product advantages
Advantages tied to real decisions
02
Front maintenance
Service access is organized for dedicated electrical rooms.
03
Layered BMS
System communication and protection support project-level integration.
Selection logic
Choose by application and system requirements
Commercial solar storage
Shift on-site PV energy into later business operating hours.
Facility backup
Support selected commercial loads through a correctly designed PCS.
Indoor energy room
Organize modules and front-side service in a dedicated electrical space.
Verified technical data
E-MATE 114R Commercial Battery Rack technical specifications
Confirm the current datasheet, model scope and project conditions before specification or quotation.
| Electrical specification | E-MATE 114R Commercial Battery Rack |
|---|---|
| Battery module | 14.336 kWh, 51.2 V, 110 kg (242.5 lb) |
| Module quantity | 8 |
| Cell chemistry | LFP (LiFePO4) |
| Available battery capacity | 114.688 kWh |
| Nominal voltage | 409.6 V |
| Operating voltage | 364.8–449.28 V |
| Output current | 140 A / 280 A |
| Display | SOC status, LED indicators and LCD |
| Communication | Ethernet / CAN / RS485 |
| Cycle life | 6,000 cycles @ 80% DoD, 25°C, 0.5C, 60% EOL |
| Scalability | Yes |
| Operating modes | Grid-tied / grid-tied + backup / off-grid |
| Inverter compatibility | Confirm against the PCS compatibility list |
| Mechanical and environmental | E-MATE 114R Commercial Battery Rack |
|---|---|
| Dimensions (W × D × H) | 1,164 × 840 × 1,776 mm (45.8 × 33.1 × 69.9 in) |
| Weight | Approx. 1,130 kg (2,491 lb) |
| Operating temperature | −20°C to 60°C |
| Ambient humidity | ≤95% RH, non-condensing |
| Ingress protection | IP20 |
Compatibility and documents
Verify compatibility before ordering
- PCS across 364.8-449.28V operating range
- Ethernet, CAN or RS485 integration
- Room structure, ventilation and fire strategy
Project fit
Where E-MATE 114R Commercial Battery Rack fits best
Good fit
- Factories and workshops
- Commercial backup
- Indoor energy rooms
Review another format
- Outdoor locations without a separate enclosure
- Projects that have not selected a compatible PCS voltage window
- Sites without structural and service-clearance review
Frequently asked questions
Common questions before you choose
Is E-MATE 114R an outdoor cabinet?
No. The brochure lists IP20 and describes an indoor battery rack. Use a controlled electrical room or engineered enclosure.
Does it include a PCS?
The page describes the battery rack. PCS, EMS, protection and switchgear scope must be confirmed for the complete project.
What is the nominal DC voltage?
The EMATE114R configuration is listed at 409.6V nominal with a 364.8-449.28V operating range.
Can it support peak shaving?
Yes, as part of a correctly sized PCS/EMS system using the site's load profile and tariff structure.
How is it monitored?
Ethernet, CAN and RS485 are listed. Final protocol and EMS integration require project confirmation.
What data is needed for a proposal?
Provide interval load data, PV capacity, grid connection, target power, backup duration, room conditions and applicable standards.
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Project review
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