Stable thermal control
Liquid cooling manages cell temperature across demanding charge and discharge cycles.
SC261L125P-06W · C&I ENERGY STORAGE
Battery, controls and a 125 kW hybrid inverter engineered for solar self-consumption, peak shaving and dependable backup power.

ONE CABINET. FASTER DEPLOYMENT.
The SC261 combines a liquid-cooled LFP battery cabinet with a side-mounted Solis hybrid inverter. Fewer interfaces, a compact footprint and ready system controls help integrators move from design to commissioning with less complexity.
Liquid cooling manages cell temperature across demanding charge and discharge cycles.
The BMS continuously reduces cell imbalance to support usable capacity over system life.
Solar, grid, diesel generation and backup loads can be orchestrated in one architecture.
Scale from one system to ten units as site demand and storage objectives evolve.

INTEGRATED ENERGY FLOW
Use photovoltaic energy when it is most valuable, limit demand peaks, and keep priority loads supplied when the grid is unavailable.
ONE PLATFORM, TWO CAPACITIES
SC208L100P-06W
SC261L125P-06W
Both systems use the same 1050 × 1430 × 2280 mm cabinet envelope. Final configuration is subject to project engineering.
MULTI-LAYER PROTECTION
From LFP cell chemistry and real-time monitoring to fuse coordination and integrated fire suppression, the system is designed to detect, isolate and respond.
314 Ah LFP cells with voltage and temperature monitoring.
Multi-level fuse protection and coordinated controls.
Liquid cooling supports consistent temperature management.
Aerosol fire suppression is integrated at pack and rack level.

TECHNICAL DATA
Key system data for early-stage design. Download the complete datasheet for inverter limits, interfaces and protection details.
PRODUCT DETAILS
Review the cabinet, inverter side and service access before moving into detailed site design.
01 / 05BUILT AROUND SITE VALUE
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PROJECT QUESTIONS
Clear answers for early project qualification. Detailed engineering should be confirmed against the final ordered configuration.
Yes. With the matched hybrid inverter, the system supports grid-connected operation and backup power, with a specified switching time below 10 ms.
Up to 10 systems can operate in parallel. Above six units, a Solis distribution cabinet is recommended.
The cabinet uses 314 Ah LFP cells with an active-balancing BMS, liquid cooling and a specified cycle life of at least 8,000 cycles under the stated conditions.
Protection spans cell monitoring, multi-level fusing, cabinet controls and aerosol fire suppression at pack and rack level.
START WITH YOUR LOAD PROFILE
Share your power demand, solar capacity and backup requirements. Our team can help define system quantity, operating logic and project interfaces.