53–173 kWh Outdoor Battery Storage System
Model: Lithium Iron Phosphate (LFP) | BYD Battery Cells Compact outdoor solution designed for small commercial & industrial (C&I) applications, hospitals, event venues, and areas with unstable grid supply.
Outdoor cabinet battery energy storage system with capacities ranging from 53 kWh to 173 kWh, designed for small commercial and industrial (C&I) applications such as hospitals, offices, and areas with unstable grids. Built with safe and reliable BYD LFP blade cells, it offers flexible installation, modular scalability, and strong environmental adaptability (IP54). Compatible with major inverter brands via CAN/RS485 communication.
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System Topology Diagram
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Main Features
Flexible Configuration and Management
●Compact design with small footprint
●Flexible layout, easy installation and maintenance
●Modular architecture for scalable power and capacity
Cost-efficient Ultra High Energy
●Delivers more usable energy with a smaller footprint, optimizing both performance and space utilization
Reliable & Secure Operation
●Uses BYD Blade LFP battery cells for enhanced safety, longer cycle life, and higher usable energ
●Ideal for small to medium C&I applications
●Integrated fire suppression, thermal management, and early warning systems
●IP54-rated for strong environmental resistance -
Why Choose Our Outdoor Cabinet ESS?
✅High-Quality Components
Use of safe and reliable LiFePO₄ battery cells, advanced BMS/EMS, and robust cabinet design.
✅Proven Experience
Years of expertise in energy storage system design, integration, and manufacturing.
✅Cutting-Edge Technology
Adopts BYD battery cells and CTS (Cell-To-System) integration for higher efficiency and energy density.
✅Flexible & Scalable
Modular architecture, supports parallel connection.
✅Comprehensive Support
Dedicated technical support, fast delivery, and responsive after-sales service.
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Application Scenarios & Use Cases
🔋Peak Shaving & Load Shifting
Reduce peak demand charges and optimize energy use by shifting load to off-peak hours.
⚡Backup Power Supply
Ensure uninterrupted power for critical facilities during grid outages or unstable supply.
🌐Microgrid & Off-Grid Systems
Support remote sites or islanded microgrids with stable, independent power supply.
☀Renewable Energy Integration
Store excess solar or wind energy for later use, improving self-consumption and grid stability.
🔧Industrial and Commercial Facilities
Improve power quality, stabilize voltage, and reduce energy costs for factories, data centers, malls, etc.
🏥Critical Infrastructure
Ideal for hospitals, telecom stations, water treatment plants, and other essential services requiring high reliability.
🌍Grid Services & Utility Support
Provide frequency regulation, voltage support, spinning reserve, and other ancillary services for utilities.
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Specification
Model SNE53BL-LFP SNE100BL-LFP SNE159BL-LFP Performance Battery type Lithium-iron phosphate (LiFePO4) Nominal battery energy(KWH) 53.248KHW 99.84 KWH 159.744KWH Nominal capacity(AH) 130AH 260AH Nominal voltage(V) 409.6 768 614.4 Operating voltage Range(V) 345.5V～473.6V 648V～912V 561.6V~769.6V Moudules number 8 15 24 Standard charging current(A) 30A @ 25°C 30A @ 25°C 60A @ 25°C Max. constant charging current(A) 100A @ 25°C 100A @ 25°C 200A @ 25°C Standard discharging current(A) 30A @ 25°C 30A @ 25°C 60A @ 25°C Max. constant discharging current(A) 100A @ 25°C 100A @ 25°C 200A @ 25°C Cell technology BYD Blade Lithium-iron phosphate (LiFePO4) Depth of discharge(DOD) 80% Design life ＞5000 times @80%DOD Warranty 5 years Warranty Document Supplied Yes Compatible hybrid inverters 30/50KW/100KW C&I Energy storage inverters Protection function Protection Over-temperature, over charge, under-voltage, over-current, short circuit alarm Function Communication Communication CAN/RS485 General Specification Dimension (L*W*H)(MM) 1280*1000*2218 Weight(KG) Customization Cabinet color White Fire extinguishing system support Air conditioner system support Working temperature range -30℃~+55℃ Shipping state voltage(V) 3.20~3.30V/CELL state of charge SOC 20%~30% Charging temperature 0~+55℃(32°F-131°F) Discharging temperature -30~+60℃ (-22°F-140°F) Short term storage ambient temperature -20~+35℃(<3 months, SOC: 20%~60%) Long term storage ambient temperature -20 ~+30℃(<1 year, SOC: 30%~60%) Max. operating altitude 4,000m(Derating above 2,000m) Protection degree IP54 Relative humidity 5%-95% Battery cooling way Air conditioning cooling Noise emission <29 dB Certification TUV/CE/IEC/UN38.3/UL1973 -
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How We Work — From Inquiry to Commissioning One-Stop Solar Battery System Service
Inquiry
Clients send us project details and requirements for a tailored solution.
Quotation & Confirmation
We provide a technical proposal and quotation, then confirm the order.
Production & Delivery
Production starts according to the confirmed order, followed by shipment arrangement.
Installation Guidance
Our engineers offer on-site or remote installation guidance.
Commissioning & Support
System commissioning and testing are completed, with ongoing after-sales support.
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