C&I Battery Energy Storage Systems
For factories, warehouses, office buildings, shopping centers and commercial facilities.
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Build commercial, industrial and off-grid energy storage projects with configurable LiFePO4 battery systems, C&I BESS products and project-based technical support.
From preliminary system selection and documentation to manufacturing, delivery and commissioning support, Anern works with EPC contractors throughout the project lifecycle.
C&I energy storage projects require more than selecting a battery capacity. EPC contractors must connect site data, operating strategy, equipment compatibility and delivery requirements into one workable system plan.
Anern supports EPC partners with configurable battery energy storage products and technical information throughout project evaluation, procurement and delivery.
Solutions for different EPC project requirementsFor factories, warehouses, office buildings, shopping centers and commercial facilities.
Explore platformFor locations with unreliable or unavailable utility power.
Explore platformFor projects targeting demand management and electricity cost optimization.
Explore platformFor solar, storage, generator and grid hybrid projects.
Explore platformFor critical commercial, industrial and infrastructure loads.
Explore platformA practical configuration starts with how energy enters the site, how it is converted and controlled, how it is stored, and which loads it must support.
Choose a platform by project architecture and deployment conditions, then confirm capacity, voltage and compatibility during technical review.
SCALABLE PLATFORMScalable high-voltage battery platforms for commercial and industrial storage projects.
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INTEGRATED SYSTEMIntegrated battery energy storage systems designed for streamlined C&I deployment.
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C&I CABINETEnergy storage cabinets for higher-capacity commercial and industrial applications.
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MODULAR DEPLOYMENTModular BESS architecture for larger energy storage, off-grid and microgrid projects.
View platformThe purpose of technical support is to reduce uncertainty before procurementโnot to replace the EPC's site engineering responsibilities.
Connect product selection, system interfaces and project documentation before the commercial proposal is finalized.
Preliminary equipment selection aligned with project power and capacity requirements.
Battery, ESS and related equipment specifications for engineering review.
Applicable product drawings, connection information and technical documentation.
Review of battery, inverter or PCS communication and electrical requirements.
Available model-specific certificates and test documentation for project review.
A structured handoff at each stage keeps engineering, procurement and logistics aligned as the project moves forward.
Country, application, load profile, capacity, PV system and schedule.
Select battery capacity, system power and suitable ESS architecture.
Review parameters, compatibility, drawings and documentation.
Confirm configuration, quantity, quotation and delivery plan.
Production, inspection and pre-delivery testing.
Coordinate packing, export and project delivery requirements.
Provide applicable installation documents and technical communication.
EPC procurement processes often require structured technical and compliance documentation. Anern can provide available product and project documents according to the confirmed system configuration.
Documentation availability varies by product model and destination requirements.
Explore examples of off-grid and commercial solar projects delivered across different operating environments.
Use these answers as a starting point, then confirm model-specific details with the technical team.
Anern typically needs the project location and application, peak load or rated power, daily energy use, required storage capacity or backup duration, PV capacity, grid conditions, generator details and intended charge-discharge strategy. Installation environment, available space, inverter or PCS requirements, expansion plans and the project schedule help refine the configuration.
Yes. Configurable LiFePO4 battery and BESS solutions can be evaluated for systems combining solar PV, storage, utility power and generators. Anern can support battery capacity selection, system voltage, inverter or PCS matching and the overall storage configuration based on site conditions.
Anern offers low-voltage battery products from 12.8V through 72V, as well as high-voltage C&I energy storage platforms including 60kWh, 112kWh, 128kWh, 225kWh and 261kWh configurations. Final availability and architecture should be confirmed against the project requirements.
Yes. Anern can provide tailored product specifications and available project documentation based on the proposed system configuration, including supporting technical documents required for procurement or tender review.
Available documentation may include IEC 61000, IEC 62619, UN38.3 and MSDS. Certification coverage is model-specific, so EPC contractors should confirm the required standards and destination market during technical review.
Anern battery systems use an integrated BMS and support CAN and RS485 communication. Compatibility can be evaluated for Anern equipment and applicable third-party inverters or PCS platforms before the final project configuration is confirmed.
Share the application country, basic electricity consumption, site and installation conditions, grid connection information and the expected equipment configuration. Anern's technical team can then discuss the project and prepare a suitable proposal.
Share the project country, load profile, target capacity, PV information, grid conditions and schedule to begin a preliminary configuration discussion.