1. What are the main applications for the 2610kWh / 1250kW system?
This MW-level system is designed for large-scale industrial parks, utility-scale peak shaving, and high-capacity renewable energy integration where massive energy buffer is required.
2. How does the 690V AC output benefit large industrial users?
The 690V rated voltage reduces current during high-power transmission, leading to lower line losses and significantly reducing the cost of AC cabling for large facilities.
3. Is the thermal management sufficient for such a large battery bank?
Yes. Our advanced liquid cooling system ensures that all 314Ah cells within the 2610kWh container operate within an optimal temperature range (deviation <3°C), even during high-power 1250kW discharge.
4. Can this system participate in grid frequency regulation?
With its high-power 1250kW inverter and rapid response time, the system is fully capable of participating in ancillary grid services like frequency response and voltage regulation.
5. What level of safety protection is integrated?
The system features a multi-tiered safety architecture, including per-cell monitoring, module-level aerosol suppression, and container-level fire protection systems.
6. How is the 2610kWh system transported and installed?
It is housed in a standard ISO-compliant container.
The system is "plug-and-play" ready, requiring only AC connection and communication commissioning upon arrival at the site.
7. How does the EMS handle complex energy trading?
Our smart EMS supports AI-driven strategies for arbitrage, demand response, and solar forecasting, maximizing the ROI of your 2.6MWh investment.
