Modular system architecture
Rack and modular battery platforms for distributed infrastructure, solar-related storage, and commercial energy projects.
Distributed energy projects need coordination across battery modules, inverter or PCS, protection devices, cabinets, monitoring, and site conditions. Use the ESS series as a starting building block, then confirm communication mapping, parallel limits, and documentation against the system design. The equipment examples focus on renewable-storage use cases supported by current ESS and commercial programs.
Evaluation priorities
System voltage and usable energy targets
Parallel architecture and system protection
Inverter or PCS protocol compatibility
Cabinet, thermal, and maintenance design
Typical equipment
Representative equipment examples for B2B programs. Final suitability depends on the electrical, mechanical, environmental, and compliance requirements.
Starting paths
Use these as comparison entry points, not as final configuration decisions.
Begin with 100Ah+ SCIFP platforms when runtime and parallel growth matter more than ultra-compact height.
Use 50–80Ah class modules for staged commercial sites before expanding in parallel.
Keep device-integrated packs separate from site storage; do not force one architecture into both roles.
RFQ inputs
A short requirements package reduces assumptions before samples or production quotes.
Recommendations indicate a potential starting format only. Final suitability depends on the complete application and system review.
SCIFP48100-3UProduct-family reference image; confirm the exact enclosure and configuration for the quoted model.Energy Storage Systems
A 4.8 kWh 48V LiFePO4 rack module for telecom backup, commercial energy storage, and parallel-expandable infrastructure projects.
SCIFP48150Product-family reference image; confirm the exact enclosure and configuration for the quoted model.Energy Storage Systems
A 7.2 kWh 48V LiFePO4 rack module for higher-capacity telecom backup and commercial storage nodes.
SCIFP48170Product-family reference image; confirm the exact enclosure and configuration for the quoted model.Energy Storage Systems
An 8.16 kWh 48V LiFePO4 rack module for higher-capacity telecom and commercial backup nodes.
Share your target voltage, load profile, environment, volume, and schedule. Our team will follow up with the next technical and commercial questions.