Energy Storage System
(MESS-125K-261-L)
·Smart AI management: maximizing energy efficiency
·Project productization: quick installation and reduce OPEX
·Intrinsic safety: A-level cell, strict selection
Usage Scenarios
Function Overview
Peak Shaving and Valley Filling
Create revenue for customers based on electricity pricing strategy .
Reduce electricity costs.
Anti-Backflow Function
Ensure grid safety and stability.
Prevent energy storage equipment from feeding power back to the grid.
Transformer Overload Protection
Save on transformer upgrade costs.
Energy storage access does not affect existing equipment operation.
Off-Grid Backup Power
Ensure continuity of production and avoid losses caused by power outages.
Reduce equipment damage due to power loss.
PV Energy Absorption
Smooth output of renewable energy.
Improve self-consumption rate of renewable energy .
Virtual Power Plant (VPP) Response
Obtain subsidies and rewards.
Reduce demand charges .
System Safety-Emergency Safety
Dual-layer safety mechanism: electrical and software emergency stop functions：
- Enhances the emergency safety of the system
- Enables rapid emergency stop response
- Immune to electromagnetic interference
- Software emergency stop supports remote fault diagnosis and recovery control
Energy Storage Cell - 314 Ah
314 Ah cell - higher energy density/low cost
Dimensions (T * W * H) | mm | 71.5*174.5*206.8 |
Volume energy density (VED) | Wh/L | >394 |
RTE (25℃, 0.5P/0.5P) | / | ≥94.5% |
25℃ cycle (80%/70% SOH) | / | 6,000/9,000 |
45℃ cycle (80%/70% SOH) | / | 2,500/4,500 |
Calendar lifespan (80% SOH) | / | 15 years, 100% SOC, 25℃ |
Product Inquiry
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