Product Introduction

The CHNB-C5000 is a professional-grade 5000W pure sine wave inverter operating on a 12V DC system, designed to deliver substantial AC power for heavy-duty applications where conventional power sources are unavailable or insufficient. Engineered with industrial-grade components and advanced power management technology, this high-capacity inverter provides clean, stable electricity comparable to grid power, making it ideal for construction sites, large RVs, marine vessels, off-grid homes, and emergency backup systems. With its robust 5000W continuous output and 10,000W surge capability, the CHNB-C5000 can simultaneously power multiple high-demand appliances, tools, and equipment, transforming any 12V battery bank into a reliable primary or backup power source.

Available in a comprehensive power range from 300W to 8000W to accommodate diverse energy requirements.

Product features

Massive Power Output

5000W continuous power with 10,000W surge capacity supports multiple high-wattage devices simultaneously, including air conditioners, large power tools, welding equipment, and commercial appliances.

Advanced 12V Power Management

Features proprietary current-balancing technology that optimizes power draw from 12V battery banks, reducing cable heat and voltage drop even at maximum load conditions.

Dual-Mode Efficiency Optimization

Intelligent power management automatically switches between high-efficiency and economy modes based on load requirements, extending battery runtime by up to 20% during partial load operation.

Professional Parallel Capability

Supports parallel connection of multiple units for expanded capacity (up to 15,000W systems), allowing scalable power solutions for growing energy needs without equipment replacement.

Comprehensive Remote Monitoring

Integrated digital display with remote monitoring capability via smartphone app provides real-time data on power usage, battery status, and system diagnostics from any location.

Industrial Cooling System

Triple-fan temperature-controlled cooling with independent heat sinks ensures reliable operation during continuous high-load applications, even in confined or poorly ventilated installations.