01 / EPC1
EPC
Project configuration support based on electrical and site requirements.
PROJECT-BASED
C&I ENERGY STORAGE
Commercial & Industrial Energy Storage Systems
A C&I energy storage system stores electricity for commercial and industrial site applications. LinkPower configures battery, PCS matching and system integration around the application, load, power, energy, runtime and site conditions.
WHO IT IS FOR
Built for Project-Based Energy Storage Buyers
C&I storage for EPCs, project contractors, system integrators and commercial project developers.
02 / CONTRACTOR2
Project Contractor
Configuration review for installation scope, voltage and site conditions.
PROJECT DELIVERY
03 / INTEGRATION3
System Integrator
Battery system, controls, communication and site integration coordination.
SYSTEM INTEGRATION
04 / DEVELOPMENT4
Commercial Project Developer
Project planning around load profile, application, timing and site conditions.
PROJECT PLANNING
START WITH PROJECT DATA
What Information Is Needed to Size a C&I Energy Storage System?
Start with the application, operating and peak load, required power, target energy capacity or backup duration, AC voltage and phase, existing PV or generator, grid condition, installation environment, country and project timeline.
01 / APPLICATION1
Application, Load Profile & Objective
Application objective, load profile and required backup duration. Common objectives include peak shaving, demand management, PV self-consumption, backup power, time-of-use shifting and weak-grid or microgrid support.
LOAD DATA
02 / ELECTRICAL2
Power, Energy, AC Voltage, Phase & PV
Confirm required power and energy, AC voltage and phase, and any existing or planned PV system, generator or grid connection before configuration.
ELECTRICAL INPUTS
03 / SITE3
Site Conditions & Project Timing
Confirm site conditions, grid or weak-grid context, installation environment and project timeline.
SITE & TIMING
PROJECT-CONFIGURED C&I
Project-Configured C&I Energy Storage
Project-configured C&I is the primary route. Start with the application, load profile, power, energy, backup time, AC voltage, phase, PV, generator, grid and site conditions.
PRIMARY PROJECT ENTRY1
Application, Load Profile & Operating Objective
Define the application, load profile and required backup time. Confirm the operating objective, such as peak shaving, PV self-consumption, backup power, time-of-use shifting or weak-grid / microgrid support.
CUSTOM CONFIGURATION
02 / ELECTRICAL2
Load, Power, Voltage & Backup Review
Confirm required power and energy, AC voltage and phase, PV, generator or grid connection, and the required backup time before configuration.
POWER / ENERGY / BACKUP
03 / SITE & INTEGRATION3
Site, Grid & Project Timeline
Confirm site conditions, installation environment, grid or weak-grid context, AC voltage and phase, PV or generator integration, and the project timeline.
SITE / GRID / TIMING
SYSTEM CONFIGURATION
Configured Around the Project
System scope is defined around the actual application, electrical requirements, site conditions and project documentation needs.
01 / BATTERY SYSTEM1
Battery System & Thermal Management
Battery system architecture and thermal management are configured for the project scope.
PROJECT-SPECIFIC
02 / CONTROLS2
Controls & Communication
Control and communication requirements are reviewed with the wider project system.
SYSTEM COORDINATION
03 / INTEGRATION3
Site Integration, Safety & Documentation
Site integration, safety requirements and project documentation are reviewed together.
PROJECT REQUIREMENTS
C&I PROJECT FAQ
Questions Before a C&I Project Review
Answers for EPCs, contractors, system integrators and project developers preparing a C&I energy storage inquiry. Final configuration is confirmed only after project data and site requirements are reviewed.
01
What information is needed to review a C&I project?
Send the application, operating and peak load, required power, target energy or backup duration, AC voltage and phase, PV or generator details, grid condition, installation environment, country and project timeline.
02
What is the difference between kW and kWh in C&I storage sizing?
kW describes power: the rate of charging or discharging and the load the system needs to support. kWh describes stored energy. Both matter: adequate energy does not guarantee sufficient discharge power, and adequate power does not establish backup duration.
03
How is backup duration used in C&I system sizing?
Define the actual critical load and how long it must remain powered. Energy capacity, available discharge power, conversion losses, operating limits and the selected configuration are then reviewed. A nominal kWh value alone does not guarantee the required runtime.
04
Can a C&I storage system work with existing PV or a generator?
Integration can be reviewed, but is not automatic. Send PV and generator ratings, existing inverter or controls, the grid connection and the intended operating modes. PCS matching, controls, protection and source coordination are confirmed for the project.
05
What site information is needed before a C&I quotation?
Provide country, installation environment, available space, access constraints, AC voltage and phase, grid condition, existing PV or generator and project timeline. Include a site layout or single-line diagram when available so the integration scope can be reviewed.
PROJECT INQUIRY
Tell Us About Your C&I Project
Share the application, load profile, required power and energy, backup time, AC voltage and phase, PV, generator, grid context, site conditions and project timeline for configuration review.
EMAIL
elina.liu15@outlook.com
WHATSAPP
+86 13160669668
PROJECT INPUTS
Application, load profile, power, energy, backup time, AC voltage, phase, PV, generator and grid context
PROJECT SCOPE
Site conditions, installation environment and project timeline
C&I PROJECT REQUIREMENTS
Submit Project Requirements
Provide the technical and site information available for your project.
SYSTEM ARCHITECTURE
Project-Configured C&I Energy Storage Architecture
A clean view of the configurable energy path from PV, grid and generator inputs through PCS, the LiFePO4 battery system, BMS / EMS / controls and the site load.
C&I Energy Storage Architecture
PV, grid and generator inputs connect through PCS to the configured battery system and site load. Open the image for a full-size diagram. Final topology is confirmed for the project.
Battery System and Power Conversion
PCS and the LiFePO4 battery platform are selected around power, energy, voltage and backup requirements.
Controls and Site Load
BMS / EMS / controls coordinate monitoring, protection and operating logic for the project.
SYSTEM CAPABILITY
Configured for the Project Architecture
System scope is matched to the application, electrical requirements and site conditions. Final equipment, controls and cooling approach are confirmed by project configuration.
01 / PLATFORM1
Battery Cabinet Platform
LiFePO4 battery cabinet and high-voltage platform options are reviewed according to required power, energy, voltage and installation environment.
LI-FEPO4 / CABINET
02 / INTEGRATION2
PCS, BMS / EMS & Controls
PCS is selected and matched according to project requirements. BMS, EMS, protection and controls follow the selected project architecture.
PCS / BMS / EMS
03 / THERMAL & COMMUNICATION3
Cooling & Communication by Configuration
Air or liquid cooling, RS485 / Ethernet options and other communication interfaces depend on the selected system. Confirm the final configuration before quotation.
AIR OR LIQUID / RS485 / ETHERNET