418 kWh nominal energy
Review this attribute together with the complete system, destination requirements, and operating conditions.
energy storage
PowerFac-418 418 kWh Liquid-Cooled Battery Cabinet
A liquid-cooled outdoor battery cabinet with 418 kWh nominal energy, 1331.2 V nominal DC voltage, and 314 Ah cell capacity.
- 418 kWh nominal energy
- Liquid-cooled thermal design
- 1331.2 V nominal DC voltage
- IP54 enclosure rating
- Nominal energy
- 418 kWh
- Nominal DC voltage
- 1331.2 V
- Cell capacity
- 314 Ah
- Thermal management
- Liquid cooling
Product overview
The cabinet is intended for higher-energy project architectures where thermal management, site layout, controls, and the paired power-conversion system are reviewed as one design.
Configuration note: nameplate values help define the starting point. Final usable energy, interfaces, operating limits, document scope, and commercial terms are confirmed for the specific project.
Liquid-cooled thermal design
Review this attribute together with the complete system, destination requirements, and operating conditions.
1331.2 V nominal DC voltage
Review this attribute together with the complete system, destination requirements, and operating conditions.
IP54 enclosure rating
Review this attribute together with the complete system, destination requirements, and operating conditions.
Key specifications
| Parameter | Value | Condition or note |
|---|---|---|
| Nominal energy | 418 kWh | Confirm final operating conditions in the project proposal. |
| Nominal DC voltage | 1331.2 V | Confirm final operating conditions in the project proposal. |
| Cell capacity | 314 Ah | Confirm final operating conditions in the project proposal. |
| Thermal management | Liquid cooling | Confirm final operating conditions in the project proposal. |
| Enclosure rating | IP54 | Confirm final operating conditions in the project proposal. |
Applications to evaluate
Commercial and industrial storage
Validate the duty cycle, site, interfaces, and operating objective before confirming model suitability.
Renewable energy integration
Validate the duty cycle, site, interfaces, and operating objective before confirming model suitability.
Multi-cabinet project architectures
Validate the duty cycle, site, interfaces, and operating objective before confirming model suitability.
Review the application requirements
Selection, supply scope and engineering notes
- Pair the cabinet with a compatible PCS, BMS, EMS, and site control architecture.
- Confirm usable energy, DC operating window, maximum current, and expected duty cycle in the final proposal.
- Review fluid service, ambient limits, fire design, and multi-cabinet spacing for the actual site.
Confirm the project responsibility matrix
The product rating does not define a turnkey project scope. The quotation should identify who supplies, integrates, installs, commissions, and accepts each applicable item.
- Battery system, BMS, thermal management, enclosure, internal protection, and communications
- PCS, EMS or SCADA, transformer, switchgear, metering, external protection, and grid interface
- Fire strategy, foundations, lifting, cable routing, installation, testing, and commissioning
- Documentation, training, spare parts, warranty conditions, maintenance, and acceptance records
Technical documents
Use the public page and any available procurement brief for initial comparison. Request the applicable controlled data sheet, drawings, test or certificate evidence, and commercial documents for the exact quoted model and destination.
Guides for your technical review
Air vs Liquid Cooling
Air and liquid cooling are system-level choices. Compare heat density, temperature uniformity, ambient conditions, parasitic demand, acoustic limits, maintenance, fault response, and site layout—not capacity alone.
Read guide →BESS Safety Review
A BESS safety review should connect cell and module behavior to electrical protection, BMS controls, thermal management, enclosure, fire strategy, emergency response, site layout, installation, and operating procedures.
Read guide →BESS RFQ Checklist
A useful BESS RFQ states the operating objective, site data, power, usable energy, duration, electrical interface, environment, safety requirements, scope split, documents, and acceptance criteria.
Read guide →Frequently asked questions
What buyers ask before specifying a battery system
Answers cover the information needed to confirm configuration, operating conditions, documentation, price, and delivery.
What information is needed to size a battery energy storage system?
Provide the load profile, target power and energy duration, grid or generator constraints, installation environment, operating temperature range, and the functions the system must perform. A single capacity figure is not enough for responsible system selection.
When should I consider air-cooled or liquid-cooled energy storage?
Cooling selection depends on system size, heat density, ambient conditions, enclosure layout, service access, and the project performance target. Compare the complete thermal design rather than choosing from capacity alone.
Is nameplate energy the same as usable energy?
Not necessarily. Usable energy depends on the permitted state-of-charge window, operating conditions, conversion losses, control strategy, and project limits. Ask for both nominal and usable values in the final proposal.
What safety information should a BESS proposal include?
A project proposal should identify the cell chemistry, electrical protection, BMS architecture, thermal management, enclosure rating, fire strategy, emergency isolation, monitoring, installation limits, and the standards required by the destination project.
Which certifications are available?
Certification scope varies by model and destination. Request the current certificate and test-report package for the exact quoted model.
Why are prices not published on the product pages?
The listed products are project-configured B2B systems or battery series. Pricing depends on configuration, quantity, accessories, packaging, destination, and commercial terms, so quotations are prepared against a defined project scope.
Discuss the PowerFac-418
Technical questions and quotation enquiries for this model.