16 kWh Energy Storage Battery

The 16 kWh Energy Storage Battery is engineered for small to medium-sized cold chain facilities, delivering reliable backup power for multiple refrigeration units, circulation fans, and digital temperature control systems simultaneously. In regions with unstable power grids, sudden outages often lead to abrupt compressor shutdowns, repeated restarts, and costly equipment damage. Operating as an uninterruptible power system, this 16 kWh Energy Storage Battery ensures seamless power switching to prevent operational downtime. 

When paired with commercial solar arrays, it optimizes self-consumption by storing surplus PV generation and discharging during peak utility rate hours. Featuring an intelligent battery management system (BMS) with active cell balancing, multi-layer safety protections, and rapid response times, the 16 kWh Energy Storage Battery includes full CE certification and export documentation for overseas integration. Its modular design allows scalable capacity expansion as storage demands grow, supported by custom load calculations and ROI analysis for agricultural facilities and PV integrators.

Product Specifications

Core Features

This medium-power system combines peak-shaving cost reduction with reliable long-term emergency power. Designed to support multiple refrigeration loads concurrently, it maximizes solar power utilization efficiency. The intelligent BMS monitors individual cell parameters in real time, delivering hardware-level protections and ultra-fast transfer speeds. Upon grid failure, the system transitions to battery power instantly, protecting refrigeration compressors from startup surges and power interruption damage.

Recommended Cooling Capacity

System configuration is tailored to site-specific load profiles. In standard cold storage applications, it maintains 4 to 6 hours of continuous operation for multiple small-to-medium compressor units.

Applications

Medium containerized cold rooms, commercial park utility support, farm-gate agricultural storage, weak-grid rural cold chain installations, and commercial solar-plus-storage projects.

Target Customers

Agricultural storage operators, medium cold chain processing plants, industrial park managers, solar system integrators, and facility owners operating on unstable local power grids.

Key Advantages

High power headroom accommodates concurrent startup loads across compressors, ventilation fans, and monitoring systems. Time-of-use (TOU) peak shaving yields measurable electricity savings. During grid disruptions, it maintains uninterrupted temperature regulation to protect perishable inventory. Direct integration with Paulair IoT control systems enables centralized remote monitoring. Comprehensive pre-project support includes load calculations, financial payback analysis, and full CE compliance documentation for international distribution.

Operational Guidelines

Verify maximum peak electrical loads to ensure continuous operation within rated thresholds. Confirm BMS safety parameters, cell cycle life ratings, and room compliance regarding ventilation and fire safety standards. Compressor inrush currents must be evaluated prior to commissioning to eliminate transient overload tripping.

Technical Support & Warranty

Services include remote diagnostic debugging, online parameter configuration, and OTA firmware updates. After-sales support covers non-wear part replacements, alarm diagnostics, and system repairs. Field guidance is available for refrigerant maintenance post-transit. Includes a 12-month standard warranty with 48-hour technical response times.

FAQ

Q: Will the power switchover cause refrigeration compressors to trip during a outage?

A: No. Under properly matched load conditions, the system achieves seamless transfer. Engineering designs account for high-inrush startup currents to prevent overload shutdowns.

Q: Is this system suitable for fresh produce storage or blast freezing applications?

A: It is optimized for produce preservation storage. Blast freezers require higher starting torque and power output; blast freezing applications require customized load evaluations and capacity sizing.

Q: What is the battery cycle life and long-term capacity degradation profile?

A: Built with high-cycle LiFePO4 (Lithium Iron Phosphate) cells. Initial system sizing incorporates capacity margins to account for natural cell degradation over years of service.

Q: Is technical documentation available for international projects?

A: Yes. The product holds full CE certification, with test reports and technical dossiers supplied for import customs clearance and local compliance verification.

Q: Can system capacity be expanded after installation?

A: Yes. The modular architecture allows additional battery modules to be added in parallel to match future facility expansions.