TG-502 | 5KW Wall-Mounted Hybrid Pure Sine Wave Inverter
Engineered for Industrial Precision, Built for Hybrid Power Systems

The TG-502, a member of the TG Series hybrid low-frequency inverter line, delivers a robust 5KW pure sine wave output engineered to meet the electrical demands of mission-critical systems. Featuring an integrated toroidal transformer design, this inverter ensures stable voltage, enhanced surge capacity (triple surge power), and exceptional reliability under high-load conditions.

Supporting up to 150VDC open-circuit PV array input, the TG-502 is optimized for medium-scale solar installations and hybrid off-grid systems. Its MPPT compatibility allows for seamless integration with photovoltaic arrays, maximizing energy harvesting efficiency while supporting a smooth transition between solar, battery, and generator input sources.

With five intelligent operating modes and automatic 50/60Hz frequency recognition, the inverter dynamically adapts to varying regional power standards and fluctuating loads, making it ideal for global deployment.

Key Applications:

Industrial & Manufacturing Operations
Power supply for CNC machinery, automated production lines, and other sensitive industrial equipment requiring high waveform fidelity and low harmonic distortion.

Municipal & Infrastructure Utilities
Provides consistent voltage for community water supply systems, enhancing pump lifespan through frequency-adjusted control and reducing energy waste.

Emergency & Mobile Operations
Deployed in disaster response units, including flood drainage systems and field medical stations, thanks to its high surge resilience and compatibility with generator and battery systems.

Maritime & Remote Fieldwork
Engineered for rugged deployment, the TG-502 delivers dependable AC output for operations onboard ships, mining trucks, and mobile laboratories, even under variable environmental stresses.

The TG-502 exemplifies the synergy between advanced inverter technology and real-world application needs-offering grid-quality output, multi-source adaptability, and system-level protection in one industrial-grade solution.