Introduction:
Addressing the issues of high peak electricity prices and insufficient transformer or line capacity for C&I users, as well as off-grid and grid-unstable areas, this solution enables peak-valley arbitrage, demand response, off-grid backup power, and maximized self-consumption of PV in microgrids.
Details:
To address the challenges of high peak electricity prices and insufficient transformer or line capacity for C&I users, as well as off-grid and grid-unstable areas, this solution enables peak-valley arbitrage, demand response, off-grid backup power, and maximized self-consumption of PV in microgrids.
1.Safe & Reliable
This energy storage cabinet establishes a dual safety defense from cell to system level. It features an IP65 high-protection-rated enclosure, resistant to sand, dust, humidity, and other harsh environments. Equipped with a multi-level active fire protection system, incorporating intelligent smoke and temperature monitoring and perfluorohexanone gas fire suppression technology, it achieves early warning and precise suppression of thermal runaway risks. The safety performance reaches industry-leading levels, ensuring stable operation even under extreme conditions.
2.Energy Efficiency Innovation
With liquid cooling precision thermal management technology, the storage cabinet maintains a cell temperature difference of ≤3°C during charging and discharging, thereby extending system lifespan, optimizing levelized cost of energy (LCOE), and enhancing long-term returns. Jeeseng Energy’s self-developed high-density cabinet architecture突破了空间限制 – single-cabinet capacity is 20% higher than conventional solutions while reducing footprint by 30%, making it particularly suitable for C&I scenarios where space is at a premium, helping customers maximize site utilization efficiency.
3.Flexible Scalability
Based on a modular splicing design, the storage cabinet supports side-by-side free arrangement of multiple units and can be directly connected to low-voltage distribution rooms. This enables flexible capacity expansion and configuration, accommodating a wide range of C&I application scenarios.
