Designed for C&I energy storage high-power scenarios, the system features a flexible architecture with multi-input configuration, ensuring stable operation and scalable deployment for complex industrial and commercial loads.
125kW C&I Energy Storage Solution
Scalable. Reliable. Built for High-power Applications.
Built for High-power Applications
257kWh
Each cluster delivers 257kWh capacity to ensure stable and reliable energy output at the unit level.
Dual Battery Inputs
Two independent battery inputs improve system redundancy and enhance operational reliability.
1.5MW Power
The system supports up to 1.5MW scalable output to meet demanding high-load applications.
98.688MWh Expansion
Total capacity can be expanded to 98.688MWh, enabling flexible system scaling.
16 Clusters Parallel
Supports up to 16 clusters in parallel to significantly increase overall power and system robustness.
One System. Full-Scale Coverage
From Small Businesses to Multi-MW Industrial Parks
One System. Full-Scale Coverage
From Small Businesses to Multi-MW Industrial Parks
0ms Seamless Switching
Since it has ultra-fast switching capacity, the system can switch from grid-tied mode to off-grid mode to guarantee a constant supply of electricity. Switching will be done with stability, thus enhancing the reliability of C&I energy storage systems.
Scalable Architecture
Based on your requirements, the system adopts a highly flexible and scalable architecture, supporting up to 12 inverters in parallel and 4 battery clusters for easy capacity expansion. This modular design enables C&I energy storage to grow smoothly in line with your energy demand, without the need for major system changes.
Real-time Monitoring
The system enables real-time monitoring of system performance, energy flow, and operational status via the Fsolar platform. This allows you to clearly and efficiently track key data, ensuring more effective management and optimized operation of C&I energy storage systems.
Smart TOU Scheduling
The system intelligently schedules charging and discharging based on time-of-use (TOU) tariff periods to maximize energy cost savings. Optimizing energy usage according to electricity price fluctuations, it helps improve overall economic efficiency for C&I energy storage applications.
Active PID Recovery
The system provides active PID (Potential Induced Degradation) recovery for C&I energy storage and solar PV systems, helping maintain long-term solar panel performance. Reducing PID impact, it improves system efficiency and maximizes overall energy yield over time.
Zero Export Control
The system ensures zero export control for C&I energy storage systems, enabling energy to be consumed locally without feeding excess power back to the grid. This helps maintain grid compliance while improving on-site energy utilization and operational safety.
Programmable GEN Port – Flexible Connection
The Programmable GEN Port provides flexible integration for C&I energy storage systems, enabling reliable hybrid operation with generators, loads, and grid-tied inverters to adapt to different energy scenarios.
Diesel Generator Mode
Supports setting maximum power thresholds to protect diesel generators from overload and overheating in C&I energy storage applications.
Smart Load Mode
Enables automatic load control based on preset battery SOC levels or time schedules, optimizing energy usage and system operation for C&I energy storage systems.
Grid-tied Inverter Mode
Compatible with micro-inverter, expanding solar capacity in C&I energy storage systems without major system changes.
Application Scenarios
C&I energy storage is widely deployed across commercial and public facilities, helping users improve energy efficiency, reduce electricity costs, and enhance overall power reliability through flexible energy management.
Products Specs
Battery Input Data
LFP (LiFePO4)
160~1000Vdc
2 inputs of battery
Max. ChargingCurrent: 120+120(A)
Max. discharging: 120+120(A)
PVString Input Data
250kW Max. DC Input Power
1000Vdc Max. DC Input Voltage
10 MPP Trackers
2 Strings Per MPP Tracker
ACInput/Output Data
125kW Rated ACInput/Output Power
137kVA Max. AC Input/Output Power
220/380,230/400 Vac (-20%~+15%)
50/60 Hz (45~55 Hz/55~65 Hz)
3L+N+PE
Safety
IEC 61727, IEC 62116, CEI 0-21, EN 50549, NRS 097, RD 140, UNE 217002, OVE-Richtlinie R25, G99, VDE-AR-N 4110
Standards
Safety EMC/Standard: IEC61000-6-2/4,CEI0-16
General Data
IP66
-40to 60°C (>45°Cderating)
RS485/CAN
Wall-mounted
WIFI/Bluetooth/4G/LAN(optional)
Upto 12 in parallel
10 Years Warranty
-
Net Weight: 156kg
Gross Weight: 200kg
Product Size: 1271*814.5*379.5mm
Package Dimension: 1410*960*646mm
Energy
16.07kWh | 51.2V | 314Ah
LiFePO4
DOD: 90%
Up to 15 units in parallel(225kWh)
Specs
IP20
>8000 Cycles
Module Stacking
RS485/CAN /Enthernet/WiFi(2.4G)
Built-in Smart BMS, MCCB with shunt trip function, Fuse
Certification
CE/IEC 62619/IEC62040/UN38.3
Control Module
Product Weight Approximate: 28.8KG
Package Weight Approximate: 42.2KG
Product Dimension: 780x525.4x180MM
Package Dimension: 890x602x333MM
Battery Module
Product Weight Approximate: 127.2KG
Package Weight Approximate: 146.5KG
Product Dimension: 819.5x525.4x260MM
Package Dimension: 925x560x405MM
Battery Designation: IFpP74/176/120/[1P16S]E/-20+50/90
Warrenty
10 Years
