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200kWh class
A practical capacity block for commercial PV storage and demand management.
High-Voltage Indoor Energy Storage
E-WALL 200kWh Battery System
A 200.704kWh indoor battery system for higher-capacity commercial and industrial energy storage projects.
Compare this product family
- Battery module
- 14.336 kWh, 51.2 V, 110 kg (242.5 lb)
- Module quantity
- 14
- Cell chemistry
- LFP (LiFePO4)
1 / 6Product overview
What this product is designed to do
E-WALL 200R is the working launch name for a 200.704kWh indoor commercial battery configuration using fourteen 14.336kWh modules. The brochure also labels the configuration E-MATE 200R, so the final public naming remains a technical and product-team approval item.
The 716.8V nominal battery platform is intended for larger commercial PV storage, demand management and facility energy projects. It requires a compatible PCS, EMS operating logic, indoor installation design and site-specific protection scope.
Choose this capacity class when approximately 200kWh and a high-voltage indoor architecture match the project. Choose BESS 200kWh when an IP55 outdoor cabinet is the clearer deployment requirement.
Product advantages
Advantages tied to real decisions
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High-voltage platform
A 716.8V nominal architecture supports project PCS integration.
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Modular service
Standardized modules and front maintenance simplify system organization.
Selection logic
Choose by application and system requirements
Commercial demand management
Shift energy to reduce planned peak demand when supported by load data.
Factory PV utilization
Store surplus on-site generation for later industrial consumption.
Indoor high-voltage ESS
Deploy a front-service battery platform in a dedicated energy room.
Verified technical data
E-WALL 200kWh Battery System technical specifications
Confirm the current datasheet, model scope and project conditions before specification or quotation.
| Electrical specification | E-WALL 200kWh Battery System |
|---|---|
| Battery module | 14.336 kWh, 51.2 V, 110 kg (242.5 lb) |
| Module quantity | 14 |
| Cell chemistry | LFP (LiFePO4) |
| Available battery capacity | 200.704 kWh |
| Nominal voltage | 716.8 V |
| Operating voltage | 638.4–786.24 V |
| Output current | 140 A / 280 A |
| Display | SOC status, LED indicators and LCD |
| Communication | Ethernet / CAN / RS485 |
| Scalability | Yes |
| Operating modes | Grid-tied / grid-tied + backup / off-grid |
| Inverter compatibility | Confirm against the PCS compatibility list |
| Mechanical and environmental | E-WALL 200kWh Battery System |
|---|---|
| Dimensions (W × D × H) | 1,721 × 840 × 1,776 mm |
| Weight | Approx. 1,870 kg (4,122 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 638.4-786.24V operating range
- Ethernet, CAN or RS485 control
- Indoor structural, ventilation and fire design
Project fit
Where E-WALL 200kWh Battery System fits best
Good fit
- Commercial buildings
- Industrial energy rooms
- PV and demand management
Review another format
- Publication before final E-WALL/E-MATE naming approval
- Outdoor deployment without an engineered enclosure
- Projects lacking load data and PCS voltage confirmation
Frequently asked questions
Common questions before you choose
Is the official name E-WALL 200kWh or E-MATE 200R?
The current brochure uses E-WALL 200kWh as the page heading and E-MATE 200R for the 200.704kWh configuration. Final naming is under internal confirmation.
Is this system suitable outdoors?
The listed protection class is IP20, so it requires an indoor electrical room or suitable external enclosure.
What PCS voltage window is required?
The battery operating range is listed as 638.4-786.24V. PCS compatibility must be confirmed across the full SOC and temperature range.
Can it be used for demand charge reduction?
Yes, when the PCS power, EMS controls and usable energy are sized from the facility load profile.
What communication is provided?
Ethernet, CAN and RS485 are listed for system integration.
What site information is required?
Provide load data, PV generation, transformer and grid details, target power, operating strategy, room layout and local compliance requirements.
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Project review
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