AC-DC Separated 120.6kWh C&I Energy Storage System with 8000 Cycle LFP Battery
Product Summary
The EverCore 120.6kWh/60kW commercial and industrial energy storage system features AC-DC separation architecture, air-cooled thermal management, and high-cycle LFP cells. Designed for reliable peak shaving, backup power, and self-consumption in demanding environments.
Key Selling Points
- AC-DC Separation: Physical separation of inverter and battery reduces thermal interference, enabling IP66 inverter and IP55 cabinet protection. Source: Product description.
- 8000 Cycle LFP Cells: A-grade 314Ah LFP cells with 0.15mΩ internal resistance for extended lifespan and safety. Source: Product description.
- Air-Cooled Efficiency: Independent three-air-duct design improves heat dissipation by 30% over traditional air cooling, eliminating liquid cooling maintenance. Source: Product description.
- Seamless Backup: <10ms grid-tied/off-grid switching via integrated STS, protecting sensitive loads. Source: Product description.
- Flexible Expansion: Single inverter supports up to 6 battery cabinets in parallel, allowing capacity scaling without additional inverter cost. Source: Product description.
Technical Specifications
| Parameter | Value |
|---|
| Rated Energy Capacity | 120.6 kWh |
| Inverter Power Rating | 60 kW |
| Cell Type | EVE LFP 3.2V / 314Ah |
| Cell Cycle Life | 8000 cycles (≥70% capacity retention) |
| Protection Rating | IP55 (Cabinet) + IP66 (Inverter) |
| Anti-Corrosion | C4 grade (standard) |
| Operating Temperature | -25°C to 55°C |
| Max Altitude | 4000m |
Models and Options
- EverCore 100.5kWh / 50kW
- EverCore 120.6kWh / 60kW
- EverCore 261.2kWh / 125kW
All models share the same architecture and cell technology.
Materials and Structure
Aluminum alloy casing with core electronic components. AC and DC sections are physically separated for optimal thermal and protection management.
Applications
- Peak load shifting
- Backup power supply
- Self-consumption of PV power
- Grid stability (frequency regulation, VPP)
Suitable for renewable power plants, commercial & industrial users, and utilities.
Customization
Customizable options include capacity expansion via additional battery cabinets, integration with existing PV systems (DC or AC coupling), and software integration with third-party VPP/EMS platforms. Contact us for specific requirements.
FAQ
1. What is the warranty period?
Standard warranty is provided; specific terms depend on customer tier and region. Please consult with our sales team.
2. How does the air cooling compare to liquid cooling in terms of performance?
Our air-cooled design achieves temperature uniformity close to liquid cooling while eliminating coolant replacement and reducing O&M costs by approximately €9,500 per unit over the lifecycle.
3. Can the system operate in extreme temperatures?
Yes, the system operates from -25°C to 55°C and at altitudes up to 4000m, with C4 anti-corrosion coating for coastal or industrial environments.
4. What certifications does this model have?
It holds IEC 62619 safety certification (TUV) and CE EMC compliance. The 261kWh model also has specific EMC certification.
5. What is the typical installation time?
Installation time varies by site; typical commissioning is completed within a few days after delivery. Factory acceptance testing is included.
6. Can the system be monitored remotely?
Yes, via the Solis AI Cloud Platform, providing real-time monitoring, multi-source price forecasting, and dynamic charge-discharge optimization.
7. What is the MOQ?
MOQ is 1 unit.
Inquiry Information
For pricing, availability, and technical details, contact us at sales@ginlong.com or +86 158-5815-3307 (WhatsApp). Delivery terms: FOB Ningbo or EXW. Payment terms: deposit + shipment balance + final acceptance.
Image Filename and Alt Suggestions
Image filenames: evercore-120kwh-60kw-front.png, evercore-120kwh-60kw-side.png, evercore-120kwh-60kw-system.png. Alt text for each: "EverCore 120.6kWh energy storage system front view", "EverCore 120.6kWh energy storage system side view", "EverCore 120.6kWh energy storage system cabinet".
