►Overview

The CK-NLPL-5000 liquid-cooled container is a highly integrated large-scale modular energy storage device, incorporating core components such as the CK-NLPL-52 Standard Module, Battery Management System (BMS), Power Conversion System (PCS), thermal management system, and fire protection system. This product is primarily applied in scenarios including commercial and industrial peak shaving and valley filling, power grid demand response, and the integration of renewable energy sources with storage. Its modular design supports long-distance transportation via trucks and ships while enabling factory pre-installation and plug-and-play capability, effectively shortening on-site construction cycles.

►Technical parameter

►Product features

High Safety

Implements a three-tiered fire protection design at cell-level, module-level, and system-level, ensuring comprehensive risk management from source to system

Advanced thermal insulation materials such as aerogel are typically employed between battery cells to effectively prevent thermal spread

Equipped with pack-level fire protection systems (e.g., early warning and active suppression), enabling rapid response and handling of malfunctions

Controls the PACK Temperature Difference within 5°C, enhancing system safety and consistency from a thermal management perspective

Performance

Higher system energy efficiency, with overall efficiency reaching up to 90%

Excellent thermal management performance, utilizing advanced liquid cooling technology such as non-uniform precision-engineered flow channels. This ensures the battery cell temperature differential within the PACK is controlled within 5°C, enabling the system to consistently operate in an optimal state, thereby effectively guaranteeing lifespan and consistency

Features a wide operating temperature range (e.g., -30°C to 60°C), adaptable to harsh environments such as extreme cold and high altitudes

System Advantages

The entire container boasts Corrosion Resistance Class C4M. Insulation wool is installed inside the doors on all four sides, enhancing the container's thermal insulation function and reducing condensate water generation. Cycle life exceeds 6000 cycles (SOH ≥ 80%, DOD ≥ 90%)

High maintenance convenience: Incorporates designs such as External balancing, facilitating post-commissioning maintenance, replacement, or expansion, thereby helping reduce full lifecycle operations and maintenance costs