Battery packs or racks
You already have an enclosure, PCS or system design. Define the DC battery capacity, voltage, cooling and control interfaces.
Applications / Equipment duty
Energy storage built around the site duty.
Catalog-backed LFP architectures for high-rate backup, commercial and industrial storage, and utility-scale systems.
Choose the part of the storage system you need.
UPS or storage cabinet
You need a cabinet configuration for backup or cycling duty. Define power, energy, AC/DC connections and the included control equipment.
Container energy storage
You need container-scale storage. Define the battery and PCS scope, EMS, cooling, site conditions and commissioning responsibilities.
Help defining the system
Start with the operating objective, load and site information. Agree the battery and equipment scope before selecting a configuration.
Separate backup power, C&I storage and utility systems before selecting hardware.
Backup duration, cycling frequency, PCS interface and site conditions guide the choice between a high-rate UPS cabinet, a C&I system and containerized utility storage.
Packs, racks and complete storage systems.
Start at pack, rack or complete-system level according to what the project already defines and what still needs engineering.
ESS pack
Air- and liquid-cooled building blocks
- Voltage / format reference
- 51.2-332.8 V
- Capacity / energy reference
- 14.34-104.50 kWh
ESS rack
Serviceable C&I and utility energy blocks
- Voltage / format reference
- Rack DC architecture
- Capacity / energy reference
- 200.70-418.00 kWh
UPS system
High-rate backup for data-center and critical loads
- Voltage / format reference
- 614.4 V
- Capacity / energy reference
- 49.15 kWh / 315 kW
Complete ESS
C&I, distributed and utility storage
- Voltage / format reference
- Cabinet to container
- Capacity / energy reference
- 143.36 kWh-5.016 MWh
Compare voltage, capacity, discharge demand, charging method and mechanical interfaces against the equipment duty before sample validation.
Engineering questions to resolve
Operating objective
Is the system protecting a load, shifting energy or supporting the grid?
Define backup duration, daily cycling, peak-shaving profile, renewable input and required reserve.
- Inputs
- Backup load, cycling schedule, renewable generation, export limits and reserve requirement.
- Decision output
- An energy and power requirement with response time, operating window and required availability.
Power and duration
Which combination of kW, kWh and response time is required?
Match power, usable energy, C-rate and thermal architecture to the complete duty profile.
- Inputs
- Load-side and battery-side power boundaries, converter efficiency, discharge duration and lowest DC voltage.
- Decision output
- Usable energy and peak-current targets with separate temperature, aging and reserve assumptions.
Site interface
How will the battery connect to PCS, EMS, transformer and facility controls?
Resolve DC window, communications, protection boundaries and commissioning responsibilities.
- Inputs
- PCS DC window, EMS protocol, isolation boundary, precharge requirements and commissioning ownership.
- Decision output
- A control and protection interface definition with startup, shutdown and communication-fault states.
Safety and service
How will the system be isolated, monitored and maintained?
Develop segmentation, detection, thermal control, access and fault response around the site plan.
- Inputs
- Installation location, applicable standards, access, isolation points and cooling fault cases.
- Decision output
- A system-specific safety and service review with evidence owners and acceptance criteria.
Choose the work your project needs.
Feasibility & Cell Validation
Use when duty, cell route, thermal concept or system size still needs comparison.
Engineered Battery System
Use when the project needs pack, rack, controls, enclosure and site interfaces developed together.
Production & Lifecycle
Use when an approved configuration must move through factory integration, repeat supply and service.
Discuss your battery requirements.
Include your equipment, battery requirements and quantities. Add an existing drawing or configuration reference where available.