LV Distributed Energy Storage Products
Ultimate Safety
- Incorporating a three-tier fire protection system at the cell, pack, and system levels to ensuring safety.
- Utilizing heat-resistant materials between cells to effectively mitigate thermal runaway risks.
High-Level Integration
- Featuring an “all-in-one” design, with a single cabinet occupying approximately ≈1.35m², reducing space requirements by 26%.
- PCS is downward compatible with PDU, featuring integrated control, protection, and detection, enhancing unit installed capacity by 10%.
- Integrating EMS with BMS, enabling unified aggregation and utilization of energy storage data.
High Energy Efficiency
- Maintaining a temperature difference within 5°C at the product level,reducing energy consumption of liquid cooling units by 15%.
- Sustaining energy conversion efficiency above 87.5% throughout the year.
- Ensuring a cell temperature difference below 2.8°C, a maxtem-perature rise below 4.5°C, and a max. cell temperature below 35°C, boosting cycle life by 20%.
- Employing Al algorithms for real-time operational strategy adjustments, enhancing system efficiency by approximately ≈1%.
Intelligent Operation and Control
- Enabling local energy management functions, such as dynamic demand tracking and control, peak load shifting.
- Facilitating various operational strategies for temperature regulation, fire protection, and PCS.
- Allowing for over-the-air (OTA) upgrades
High Reliability
- Automotive-grade pack production line that guarantees stringent quality control.
- Wide operating temperature range from -30°C to 50°C.
- Resistant to hurricanes of 15 mph and above.
- High corrosion resistance of above C4.
Cost Efficiency
- Automotive-grade pack production line that guarantees stringent quality control.
- Wide operating temperature range from -30°C to 50°C.
- Resistant to hurricanes of 15 mph and above.
- High corrosion resistance of above C4.
LV Distributed Energy Storage Products
Ultimate Safety
- Incorporating a three-tier fire protection system at the cell, pack, and system levels to ensuring safety.
- Utilizing heat-resistant materials between cells to effectively mitigate thermal runaway risks.
High-Level Integration
- Featuring an “all-in-one” design, with a single cabinet occupying approximately ≈1.35m², reducing space requirements by 26%.
- PCS is downward compatible with PDU, featuring integrated control, protection, and detection, enhancing unit installed capacity by 10%.
- Integrating EMS with BMS, enabling unified aggregation and utilization of energy storage data.
High Energy Efficiency
- Maintaining a temperature difference within 5°C at the product level,reducing energy consumption of liquid cooling units by 15%.
- Sustaining energy conversion efficiency above 87.5% throughout the year.
- Ensuring a cell temperature difference below 2.8°C, a maxtem-perature rise below 4.5°C, and a max. cell temperature below 35°C, boosting cycle life by 20%.
- Employing Al algorithms for real-time operational strategy adjustments, enhancing system efficiency by approximately ≈1%.
Intelligent Operation and Control
- Enabling local energy management functions, such as dynamic demand tracking and control, peak load shifting.
- Facilitating various operational strategies for temperature regulation, fire protection, and PCS.
- Allowing for over-the-air (OTA) upgrades
High Reliability
- Automotive-grade pack production line that guarantees stringent quality control.
- Wide operating temperature range from -30°C to 50°C.
- Resistant to hurricanes of 15 mph and above.
- High corrosion resistance of above C4.
Cost Efficiency
- Incorporating a multi-fusion system design to decrease individual cabinet cost by 8% and shorten the ROl payback period.
- Utilizing lithium iron phosphate battery cells to boost installed energy per unit by 12%.
Parameters
R261L1
R254L1 PRO
R254L1
Rated Power
125kW
125kW
125kW
Rated Energy
261.25kWh
254.59kWh
254.59kWh
Single Cell
3.2V 314Ah
3.2V 306Ah
3.2V 306Ah
Battery Pack
1P260S
1P260S
1P260S
DC Voltage
728V~936V
728V~936V
728V~936V
Rated AC Voltage
380V
380V
380V
Rated Output
190A
190A
190A
Protection Grade
IP54
IP54
IP54
Thermal Management Technology
Smart liquid cooling
Smart liquid cooling
Smart liquid cooling
Dimensions (W*D*H)
1007×1350×2250 mm
1007×1350×2250 mm
1007×1350×2250 mm
System Efficiency
88%
90%
89%
Max. Efficiency
89%
91%
90%
Weight
≈2650kg
≈2650kg
≈2650kg
Design Life
15 years
15 years
15 years
R261L1
R254L1 PRO
R254L1
Rated Power
125kW
Rated Energy
261.25kWh
254.59kWh
Single Cell
3.2V 314Ah
3.2V 306Ah
Battery Pack
1P260S
DC Voltage
728V~936V
Rated AC Voltage
380V
Rated Output
190A
Protection Grade
IP54
Thermal Management Technology
Smart liquid cooling
Dimensions (W*D*H)
1007×1350×2250 mm
System Efficiency
88%
90%
89%
Max. Efficiency
89%
91%
90%
Weight
≈2650kg
Design Life
15 years
Energy Storage Solutions
System Architecture
-
- 素材设计 77
MORE PRODUCTS
LV Series Products
R232L1｜R232L2
LV Series Products
R261L1｜R254L1 PRO｜R254L1
MV & HV Distributed Series
R372L1 | R372L2 | R418L1 | R407L1
MV & HV Containerized Series
C2981L1 | C3354L1 | C3727L1｜C5016L1
