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SD ESS-125kW/225kWh
Model: SD ESS-125kW/225kWh
This 125kW/225kWh energy storage system is a high-performance solution tailored for commercial and industrial customers. At its core, it utilizes 314Ah LFP cells with a cycle life of up to 8,000 cycles, ensuring long-term investment value. The system supports 200kW of PV input with dual MPPT, significantly enhancing solar energy utilization. During grid-connected operation, its ultra-low harmonics (<3%) and full-range power factor adjustment capability make it a 'grid-friendly partner'. Meanwhile, 110% overload capacity and seamless switching within 20ms provide rock-solid power protection for your critical operations. With overall system efficiency >90% and an industrial-grade protection design, it safeguards your operations while reducing costs in every aspect.
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Key Specs & Visuals
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Highlights
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- 225kWh Capacity
- 125kW AC Output
- One-fits-all
- Support 2 units to Connect
- Dual MPPT Input, More Usable Energy
- Safe&Reliable
- Simple O&M
- User- friendly and Smart management
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Core Advantages
225kWh Capacity
125kW AC Output
One-fits-all
Support 2 Units to Connect
Technical Parameters
| Cell Type | LFP 314Ah | Battery Pack Capacity and Configuration | 16.077kWh/1P16S |
| Battery Capacity/Number of Packs | 225kWh/14 | Battery Voltage Range | 627V ~ 806V |
| Rated Charge and Discharge Ratio and Current | 0.5C, 157A | Number of Cycles | >8000 |
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Application
The SANDISOLAR C&I Energy Storage System is engineered to empower commercial and industrial enterprises with intelligent, cost-effective energy management. It seamlessly integrates with solar PV systems or the grid to store low-cost electricity, which is then deployed during peak tariff hours to dramatically reduce demand charges and overall energy costs. Beyond significant economic benefits, it provides critical backup power during grid outages, ensuring uninterrupted operation for production lines, data centers, and essential facilities, thereby minimizing downtime and financial losses. Furthermore, the system supports peak shaving, demand-side response, and enhances the stability of the local power infrastructure. It is the definitive solution for businesses seeking to achieve energy independence, optimize operational expenditures, and meet their sustainability goals.
