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CK-NLPL-104 Standard Module (Liquid Cooling)
- The CK-NLPL-104 Standard Module is a liquid-cooled battery standard module featuring a Battery plug-in box structure, with specifications of 166.4V/314Ah.
►Overview
The CK-NLPL-104 Standard Module is a liquid-cooled battery standard module featuring a Battery plug-in box structure, with specifications of 166.4V/314Ah. It integrates components including eight 1P13S battery modules, BMU, liquid cooling plate, and MSD. With high integration and excellent system operational efficiency, it serves as the mainstream standard PACK for current 5MWh energy storage containers.
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►Product features
High Compatibility
Strong battery cell compatibility with international mainstream high-voltage systems, large single-system capacity, reducing external connection complexity.
Higher system voltage design (approximately 291.2-374.4V), minimizing line losses.
Specially optimized for domestic standard/non-standard 20-foot container systems.
Supports series/parallel connection of multiple units, facilitating capacity expansion from 92kWh to 104kWh.
Safe and reliable
System-level safety architecture: Distributed management system design.
PACK-level Fire Suppression: Independent detection and spraying unit.
Multi-stage fuse protection: DC-side multiple fuse safeguards.
Insulation monitoring: Real-time monitoring of system insulation status.
Passive safety design: Explosion-proof valves + thermal runaway pressure relief channels.
Emergency power-off system: Millisecond-Level Rapid Power Shutdown Response.
Supports active and passive balancing
Precision cell selection: Internal resistance ≤0.23mΩ, capacity deviation <3%.
Passive balancing technology: Balancing current up to 100mA.
Intelligent Temperature Control System: Ensures operating temperature consistency with cell temperature differential below 5°C.
Supports higher power density design, with energy efficiency ≥94%.
High Protection Class
Protection Class reaches IP67.
Effectively isolates coolant leakage risks and reduces internal/external temperature difference.
Prevents condensate water intrusion from causing system short-circuits or malfunctions, ensuring stable thermal management system operation.
Utilizes PP/SMC top cover, offering environmental friendliness and strong compatibility.
Excellent Performance
Efficient Liquid-Cooled Heat Dissipation Technology enables real-time precision control to maintain optimal battery operating temperature, enhancing overall performance and stability.
Cycle life greater than 6000 cycles (SOH≥80%, DOD≥90%).
►Technical parameter
| Item | Unit | Parameter | Remarks |
| Rated energy | kWh | 104.499 | Cell 2.5-3.65 |
| Rated voltage | V | 332.8 | |
| Voltage range | V | 291.2-374.4 | Cell 2.8-3.6 |
| Configuration | - | 1P104S(8×1P13S) | |
| Charge/discharge power | kW | 52.25 | |
| Rated current | A | 157 | |
| Peak current | A | 201 | |
| Maximum continuous current | A | 220 | 1.1 times |
| Dimensions | mm | 2183×790×247 | |
| Weight | kg | ≤670 | |
| IP Protection Class | - | IP67 | |
| Short Circuit Protection | - | Provided(Optional) | |
| MSD | - | Provided | |
| Tempreture Sensor | - | 56 circuits | |
| Balancing Method | - | Passive Balancing | |
| Balanced Explosion-proof | - | Explosion-proof Vent Valve | |
| Communication Method | - | Daisy chain | |
| Thermal Management Method | - | Liquid Cooling/Liquid Heating | |
| Fire Protection | - | Perfluorohexanone | 25℃ Ambient Temperature |
| Certification | - | GB/T 36276-2023 |