C&I ESS · LFP · 50 KWH–1 MWH+

Commercial and Industrial Energy Storage Systems

Integrated battery cabinets and containerized systems coordinated around load profile, grid conditions, fire-safety design, EMS strategy and destination-market certification.

System scale50 kWh–1 MWh+
ChemistryLFP by default
ArchitectureCabinet / container
ControlBMS + PCS + EMS
EXECUTION ADVANTAGES

From requirement to controlled export delivery

01 / DESIGN

Scenario-based sizing

Size power and energy from demand charge, backup, PV self-use or microgrid objectives.

02 / SAFETY

Layered safety review

Check cell traceability, thermal management, protection logic and fire-safety interfaces.

03 / CONTROL

System integration

Coordinate battery, PCS, EMS, meter, transformer and site communication protocol.

04 / DOCUMENT

Market-specific evidence

Verify test reports, transport documents and model scope for the destination market.

APPLICATIONS

Typical applications

Peak shaving

Reduce contracted demand and peak electricity costs.

PV self-consumption

Store midday solar generation for later use.

Backup power

Support defined critical loads during grid interruption.

Microgrids

Coordinate PV, storage, diesel generation and grid connection.

EV charging

Buffer high-power charging demand where grid capacity is limited.

Remote facilities

Improve energy reliability at industrial or commercial sites.

TECHNICAL INPUT

Specification and RFQ checklist

A reliable quotation starts with the operating conditions, applicable standards, quantity and destination—not only a reference model.

Energy and power Usable kWh, rated kW, discharge duration and overload demand
Electrical interface AC voltage/frequency, grid topology, transformer and short-circuit conditions
Battery Cell manufacturer, LFP chemistry, cycle conditions and traceability
PCS and EMS Operating modes, communication protocol, metering and remote monitoring
Environment Indoor/outdoor, temperature, altitude, corrosion and ingress protection
Safety Detection, suppression, isolation, emergency stop and site spacing requirements
Compliance UN38.3, IEC 62619, CE/UL or local requirements verified for the actual model
QUALITY CONTROL

Inspection and document control

Inspection items and documents are agreed against the final configuration and target market before production or shipment.

Factory verification

  • Bill of materials and cell batch traceability
  • Insulation, protection and communication tests
  • Charge/discharge and thermal-management test
  • Alarm, interlock and emergency-stop verification

Delivery documents

  • Test reports applicable to the supplied model
  • UN38.3 and transport documentation
  • Drawings, manuals and commissioning checklist
  • Packing, lifting and installation instructions
DELIVERY BOUNDARY

Commercial and export execution

Delivery time, inspection, warranty and logistics are confirmed according to the selected product, project urgency and destination conditions.

Engineering input Load curve, single-line diagram, operating objective and installation environment
Lead time Project-specific after technical approval and component confirmation
Transport Dangerous-goods compliant packaging and declared shipping route
Commissioning Remote or site support subject to contract and destination conditions
PROJECT ASSESSMENT

Send specifications, quantity and destination

We will check technical completeness, available configurations, documentation and shipment options before issuing a formal quotation.

Submit Requirement

Product specifications, certification, warranty and delivery terms are subject to the signed contract and the approved model. Damage caused by misuse, incorrect installation or operation outside approved conditions is excluded unless otherwise agreed.