| Model: | |
|---|---|
| Availability: | |
| Quantity: | |
Modular energy storage system & Floor-standing stackable battery : WRES-H-25-023
| Product Name | WRES-H-25-023 |
| Total Energy (kWh) | 23.04 |
| Usable Energy (kWh) | 21.66 |
| Nominal Voltage (Vd.c) | 230.4 |
| Voltage Range (Vd.c) | 201.6 ~ 259.2 |
| Rated Capacity(Ah) | 100 |
| Recommend Current (A) (Charge) | 50A |
Recommend Current (A) (Discharge) | 50A |
| Recommend Using DOD | 90% |
| BMS Features | Over-voltage & Over-current Protection Short-circuit Protection Low-voltage Protection |
| Installation Type | Stackable |
| Dimension (W *H* D)(mm) | 660*699*454 |
| Weight (KG) | 226 |
| Certification | CE/Cell UL 1973 |
| Communication | CAN/RS485 |
| Storage Temperature | -20*C-55℃℃(-4°F-131°F) |
| IP Rating | IP20 |
| Cooling Type | Natural |
| Operating Environment | Indoor (5%-95%(RH} No Condensing) |
| Altitude | ≤2000 m |
| Operation Life | 15+years(25℃/77°F) |
Modular energy storage system & Floor-standing stackable battery : WRES-H-25-023
| Product Name | WRES-H-25-023 |
| Total Energy (kWh) | 23.04 |
| Usable Energy (kWh) | 21.66 |
| Nominal Voltage (Vd.c) | 230.4 |
| Voltage Range (Vd.c) | 201.6 ~ 259.2 |
| Rated Capacity(Ah) | 100 |
| Recommend Current (A) (Charge) | 50A |
Recommend Current (A) (Discharge) | 50A |
| Recommend Using DOD | 90% |
| BMS Features | Over-voltage & Over-current Protection Short-circuit Protection Low-voltage Protection |
| Installation Type | Stackable |
| Dimension (W *H* D)(mm) | 660*699*454 |
| Weight (KG) | 226 |
| Certification | CE/Cell UL 1973 |
| Communication | CAN/RS485 |
| Storage Temperature | -20*C-55℃℃(-4°F-131°F) |
| IP Rating | IP20 |
| Cooling Type | Natural |
| Operating Environment | Indoor (5%-95%(RH} No Condensing) |
| Altitude | ≤2000 m |
| Operation Life | 15+years(25℃/77°F) |
Strict selection of high-quality components
Insist on using industry-leading high-quality components and materials.
Strict production control
Standardize workflow, check and maintain equipment regularly.
Strict quality inspection
Insist on using industry-leading high-quality components and materials
Product continuous optimization
Actively collect customers’ opinions and suggestions, and make continuous improvement.
Battery life tracking
Premium cells with proprietary BMS for real-time monitoring. Intelligent maintenance strategies ensure system safety and extended lifespan.
Electrical safety design
Proprietary PCS and PACK with integrated electrical isolation, over-voltage protection, and grounding to prevent failures. Optimized electrical design achieves up to 92% system conversion efficiency.
Design of thermal management system
High-performance thermal materials with aerodynamically optimized ducts and intelligent temperature control reduce self-consumption by 25%. Maintains <5°C thermal differential for system stability.
Structural stability design
Proprietary corrosion/temperature-resistant enclosures with optimized structural design, enhanced shock absorption, and IP54 rating ensure reliable operation in harsh environments.
Operational safety design
Intuitive user interface with emergency power cut-off; Pressure-relief valves prevent explosions by releasing overpressure.
Strict selection of high-quality components
Insist on using industry-leading high-quality components and materials.
Strict production control
Standardize workflow, check and maintain equipment regularly.
Strict quality inspection
Insist on using industry-leading high-quality components and materials
Product continuous optimization
Actively collect customers’ opinions and suggestions, and make continuous improvement.
Battery life tracking
Premium cells with proprietary BMS for real-time monitoring. Intelligent maintenance strategies ensure system safety and extended lifespan.
Electrical safety design
Proprietary PCS and PACK with integrated electrical isolation, over-voltage protection, and grounding to prevent failures. Optimized electrical design achieves up to 92% system conversion efficiency.
Design of thermal management system
High-performance thermal materials with aerodynamically optimized ducts and intelligent temperature control reduce self-consumption by 25%. Maintains <5°C thermal differential for system stability.
Structural stability design
Proprietary corrosion/temperature-resistant enclosures with optimized structural design, enhanced shock absorption, and IP54 rating ensure reliable operation in harsh environments.
Operational safety design
Intuitive user interface with emergency power cut-off; Pressure-relief valves prevent explosions by releasing overpressure.