CN64W 64kWh Energy Storage Cabinet

Product Description

The CN64W 64kWh integrated energy storage cabinet is a medium‑capacity C&I energy storage solution upgraded on the basis of compact cabinet type. It integrates high‑capacity battery modules, intelligent energy management system and high‑efficiency power conversion equipment in one unit. Balancing floor space and energy storage capacity, it perfectly adapts to medium‑sized commercial and industrial power consumption needs. It supports multiple operation modes including grid‑connected peak shaving, peak‑valley arbitrage, off‑grid standby power and photovoltaic energy storage matching. With IP30 protection, forced air cooling and full intelligent safety protection, it can operate stably in indoor and semi‑outdoor complex environments, and is widely applicable to medium‑sized industrial and commercial overseas energy storage projects.

Core Advantages

Medium Capacity Layout, Balanced Cost & Efficiency

64kWh moderate energy storage capacity meets the power demand of medium‑sized factories and commercial buildings. Compared with small‑capacity models, it has stronger energy storage capacity and higher power supply stability; compared with large container energy storage, it saves floor space and investment cost, with higher scene matching flexibility.

Long Service Life & Low Maintenance Cost

Adopts high‑stability lithium iron phosphate battery cells with more than 8000 cycles long service life. The whole system has low failure rate and daily maintenance‑free design, which greatly reduces the later operation and maintenance investment, and ensures long‑term stable and efficient operation of the energy storage system.

Hierarchical Intelligent Safety Protection

Equipped with multi‑level safety protection mechanism of cell level, module level and system level. The intelligent BMS&EMS system can real‑time monitor battery status, load operation and ambient temperature, automatically trigger protection measures in case of abnormal conditions, and eliminate potential safety hazards in advance.

Stable Heat Dissipation & Strong Environmental Adaptability

Optimized forced air cooling structure improves heat dissipation efficiency, ensuring stable output under long‑term medium and heavy load operation. It adapts to wide temperature and humidity working environment, and can operate normally in most indoor factory and commercial building environments.

Easy System Integration & Global Compliance

Standard RS485/CAN communication ports support seamless docking with microgrid systems and remote monitoring platforms, realizing intelligent centralized management. Certified by CE and UN38.3, it meets the import and use standards of most countries and regions in the world, with broad market applicability.

Application Scenarios

Medium Factory Peak Shaving & Cost Reduction

Specially designed for medium‑sized processing factories and industrial workshops. It stores electric energy during grid valley price periods and releases power during peak price periods, effectively cutting peak electricity consumption, reducing industrial electricity expenditure, and optimizing enterprise power consumption structure.

Commercial Building Standby Power

Provides stable emergency power guarantee for shopping malls, office buildings, hotel facilities and other commercial complexes. It ensures the normal operation of lighting, office equipment and emergency facilities during power outages, avoiding economic losses and safety risks caused by power interruption.

Medium‑Sized PV‑Storage Complementary System

Matches medium‑scale photovoltaic power generation projects in industrial parks and commercial zones. It absorbs and stores surplus photovoltaic power, solves the problem of intermittent power generation of solar energy, improves clean energy utilization rate, and realizes energy saving and emission reduction for enterprises.

Industrial Micro‑Grid Energy Storage

Suitable for regional micro‑grid projects of medium‑sized industrial parks and community public facilities. It stabilizes grid voltage and frequency, balances regional power supply and demand, and improves the stability and self‑sufficiency rate of regional power systems.