Factories & Industrial Facilities
Control peak demand, protect critical production loads, and stabilize energy costs for workshops, processing plants, and heavy industrial users.
Best fit: 500 kWh to 5 MWh+Founded 2011 · 5 Production Bases · 30+ Countries
Scalable LiFePO4 battery energy storage for factories, commercial buildings, industrial parks, EV charging stations, and solar-plus-storage projects. Built for peak shaving, load shifting, backup power, and smarter energy cost control.
Business Problem
Commercial and industrial sites are under pressure from peak demand charges, grid instability, PV curtailment, and high-power charging loads. A properly sized C&I ESS gives operators a controllable energy buffer instead of relying only on the grid.
Applications
Built for the highest-value C&I storage scenarios: factories, commercial buildings, industrial parks, PV+ESS, EV charging, and microgrids.
Control peak demand, protect critical production loads, and stabilize energy costs for workshops, processing plants, and heavy industrial users.
Best fit: 500 kWh to 5 MWh+
Improve building energy management for offices, hotels, shopping centers, data rooms, hospitals, and business parks.
Best fit: 200 kWh to 1 MWh
Buffer high-power charging loads, reduce transformer upgrades, and combine charging with solar and off-peak grid energy.
Best fit: 500 kWh to 5 MWh
Increase PV self-consumption, reduce export waste, and shift renewable energy into peak business operating hours.
Best fit: project-specific sizing
Aggregate multiple factory loads into one energy storage platform for shared peak shaving, grid support, and emergency power.
Best fit: 1 MWh to 10 MWh+
Integrate solar, grid, diesel generator, and battery storage for remote sites, islands, mining projects, and unstable-grid regions.
Best fit: 1 MWh to 10 MWh+
Compact commercial battery storage for small factories, buildings, and backup power projects.
Containerized storage for factory peak shaving, PV self-consumption, and EV charging support.
Project-ready industrial storage for solar-plus-storage, load shifting, and backup runtime.
Large C&I storage configuration for industrial parks, microgrids, and multi-load energy control.
High-capacity storage for large parks, grid support, PV+ESS projects, and multi-site energy systems.
System Platform
VoltCrave Power combines battery modules, BMS, high-voltage box, PCS, EMS, thermal management, fire protection, and enclosure engineering into a project-ready commercial battery energy storage system.
Model Range
Use the table as a procurement-level reference. Final voltage, PCS rating, cooling method, enclosure, and grid interface should be confirmed according to site load profile and local grid requirements.
| Configuration | 200 kWh | 500 kWh | 1 MWh | 5 MWh | 10 MWh |
|---|---|---|---|---|---|
| Battery Module | 51.2 V 280 Ah | 51.2 V 280 Ah | 51.2 V 280 Ah | 51.2 V 280 Ah | 76.8 V 280 Ah |
| Series / Cluster | 14 pcs | 12 pcs x 3 clusters | 12 pcs x 6 clusters | 15 pcs x 24 clusters | 16 pcs x 30 clusters |
| System Voltage | 716.8 V | 614.4 V | 614.4 V | 768 V | 1228.8 V |
| Rated Energy | 200.704 kWh | 516.096 kWh | 1,032.192 kWh | 5,160.96 kWh | 10,321.92 kWh |
| PCS Power | 100 kW | 100 kW | 500 kW | 630 kW | 1250 kW |
| Typical Layout | Compact cabinet / container | Containerized C&I ESS | 20 ft container | 40 ft container | 20 ft + 40 ft combined layout |
| Core Use Case | Commercial buildings, small factories | Factory peak shaving, EV charging | Industrial facility, PV+ESS | Industrial park, microgrid | Large park, multi-site energy project |
System Architecture
A C&I storage project is not only a battery cabinet. The value comes from correct sizing, power conversion, protection logic, EMS control, and long-term monitoring.
Why VoltCrave Power
Commercial storage buyers usually need technical answers before they need a price. VoltCrave Power supports sizing, electrical design review, export documents, OEM/ODM adaptation, and after-sales service planning.
Share load profile, electricity tariff, PV capacity, backup requirement, grid limitation, and site drawings. Our team helps match kWh, kW, and operating strategy.
Good for EPC and end-user projectsCustomize capacity, voltage, PCS power, enclosure size, branding, communication protocol, thermal design, and packaging for channel or project needs.
Useful for distributors and integratorsProvide key product documents, certification materials, transport support, user manuals, and technical files required for import and project review.
Designed for global procurementDelivery Workflow
A clear workflow turns project complexity into a manageable procurement process, from early sizing to commissioning support.

Collect site load, tariff, PV, backup requirement, available space, and target market.

Recommend battery capacity, PCS power, voltage platform, and operating strategy.

Confirm layout, protection logic, communication, cooling method, and grid interface.

Assemble, test, document, and prepare the C&I ESS for shipment and installation.

Support installation, EMS setup, performance verification, and long-term monitoring.
Project Cases
Selected commercial and industrial energy storage references show how VoltCrave Power systems are used for hybrid solar, peak shaving, backup power, and distributed energy control.
Designed for a commercial site that needs solar energy shifting, backup support, and more stable daily power operation.
A larger commercial storage configuration for industrial energy management, load control, and project-ready deployment.
A compact C&I storage reference for commercial buildings, small factories, and sites with practical backup or peak-shaving needs.
Procurement FAQ
Please provide the site country, application, load profile, maximum demand, electricity tariff, solar PV capacity, backup duration requirement, available installation area, and target commissioning date. If you do not have all data yet, capacity and application can be used for an initial discussion.
Yes. VoltCrave Power supports project-specific voltage, capacity, PCS rating, cabinet or container layout, enclosure color, branding, communication protocol, cooling method, and EMS strategy according to engineering requirements.
Yes. The C&I ESS can be configured for PV self-consumption, peak shaving, zero-export control strategies, and backup power. AC-coupled and project-specific integration paths can be reviewed during the sizing phase.
Standard project delivery is commonly around 8 to 12 weeks depending on system size, customization, documentation scope, and logistics. Commissioning support is arranged according to the project location and installation schedule.
Yes. VoltCrave Power provides OEM and ODM support for distributors, EPC companies, system integrators, and project developers, including branding, enclosure design, documentation, packaging, and configuration adaptation.
Send your project location, load profile, voltage, capacity, and application scenario. VoltCrave Power can match the right C&I ESS configuration.
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