| Brand | Rw Energy |
| Model NO. | 209kWh Industrial and commercial energy storage integrated cabinet |
| Rated frequency | 50/60Hz |
| Battery Capacity | 209kWh |
| Rated power | 100kW |
| Series | ENSE |
Product Overview
The ENSE 209KWH-2H1 is a modular, all-in-one energy storage solution featuring independent cluster voltage control to eliminate parallel mismatch risks. With compact design (<1.7m² footprint) and factory pre-assembly, it enables quick deployment and flexible expansion (up to 10 units). The system boasts >90% efficiency, distributed thermal management (ΔT<5℃) extending battery life by 50%, and multi-level protection including AFCI/GFCI for enhanced safety.
Key Features
High Efficiency: >90% charge/discharge efficiency with peak-valley optimization
Flexible Expansion: Modular design supports up to 10 parallel units
Intelligent Safety: Cell-level monitoring with AFCI/GFCI protection
Smart Maintenance: Remote diagnostics and OTA updates
Competitive Advantages
50% longer battery life through precision thermal control
Plug-and-play installation with factory pre-configuration
Cluster-independent management eliminates "bucket effect"
Comprehensive DC-side protection against fire/leakage
Applications
C&I energy management (peak shaving/load shifting)
Renewable energy integration
Microgrid and off-grid power systems
Critical infrastructure backup power
EV charging station support
Technical Parameter

Adopting independent cluster voltage control technology, each battery cluster independently manages the charging and discharging current, avoiding current unevenness caused by internal resistance or SOC differences, and improving system reliability.
Adopting a distributed air cooling system, the temperature difference is controlled within Δ T<5 ℃. Although it is not liquid cooling, optimizing the air duct design can still extend the battery life by 50%.
Supports up to 10 units of the same model in parallel, with a total capacity of up to 2.09MWh, meeting the flexible expansion needs of medium and large users.