Business objective
Quantify demand-charge reduction, backup value, solar self-consumption or time-of-use savings.
C&I energy storage
Commercial and industrial battery energy storage systems
C&I battery storage sourcing for peak shaving, self-consumption, backup power and energy management from cabinet to container scale.
Application guidance
Start with the operating requirement.
C&I storage should be sized from the operating objective and interval load data. PCS power controls how fast energy moves; battery kWh controls duration. BMS, EMS, cooling, fire protection, grid interface and site compliance must be evaluated as one system.
Project inputs
Three decisions that shape the system.
Reference packages accelerate procurement, but final configuration must reflect the site, market and operating conditions.
Power and energy
Size kW against peak demand and kWh against the required discharge duration and cycling strategy.
Site integration
Confirm transformer, switchgear, available space, ambient temperature, enclosure, fire code and EMS connection.
Reference architecture
Coordinated as one energy system.
Final model selection, electrical design, protection and certification are confirmed during project review.
01
LFP battery racks or cabinet
Selected and documented against the project architecture and destination-market requirements.
02
Bidirectional PCS
Selected and documented against the project architecture and destination-market requirements.
03
BMS and site EMS
Selected and documented against the project architecture and destination-market requirements.
04
Thermal management
Selected and documented against the project architecture and destination-market requirements.
05
Fire detection and suppression
Selected and documented against the project architecture and destination-market requirements.
06
Grid and load metering
Selected and documented against the project architecture and destination-market requirements.
Frequently asked questions
Answers for procurement and engineering teams.
What is a common C&I storage duration?
Two to four hours is common, but the correct duration depends on the load curve, tariff, backup target and project economics.
Is an all-in-one cabinet suitable for every site?
No. Cabinet, modular block and container architectures serve different power, energy, space and compliance requirements.
Can SolarXport coordinate battery, PCS and EMS?
Yes. SolarXport can review available integrated and component-level platforms against the project architecture.
SolarXport project support
Move from application to an equipment shortlist.
Review the relevant product portfolio, then send the project country, capacity, operating objective and delivery schedule.
View product portfolio