►Overview

The CK-NLPL-104-2 Standard Module is a liquid-cooled battery standard module employing a battery plug-in box structure, with specifications of 166.4V/314Ah. It integrates eight 1P13S battery modules, BMU, liquid cooling plate, MSD, and other components. The product features active balancing functionality to ensure long-term operational consistency of battery cells. Simultaneously equipped with an aerosol fire suppression system, it meets relevant overseas export safety standards.

►Product features

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 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.

Enhanced liquid cooling plate strength reduces maritime shipping risks.

Consistency assurance

Precision cell selection: Internal resistance ≤0.23mΩ, capacity deviation <3%.

Active balancing technology: Balancing current adjustable from 0.5~3A.

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 sheet metal structure for superior overall strength.

Excellent Performance

High-efficiency Liquid-Cooled Heat Dissipation Technology enables real-time precision control to maintain optimal battery operating temperature, improving overall performance and stability.

Cycle life greater than 6000 cycles (SOH≥80%, DOD≥90%).

►Technical parameter