Engineered to deliver exceptional operational reliability under stringent flight-turnaround conditions.
The modernization of global airports places immense demand on Ground Support Equipment (GSE). Within this framework, Ground Power Units (GPUs) are essential infrastructure elements. Rather than operating expensive, fuel-intensive onboard Auxiliary Power Units (APUs) during turnaround operations, aircraft leverage stationary or mobile GPU converters to run avionics, ventilation, and critical diagnostics.
With the global aviation industry targeting carbon neutrality, traditional diesel-fueled generators are transitioning rapidly to high-frequency solid-state electric and energy-storage-equipped GPU designs. International hubs are enforcing strict limitations on emissions and noise pollution, driving global demand for solid-state conversion converters capable of delivering clean, uninterrupted electrical current.
Leveraging high-precision automation, scalable structural assembly, and rigorous ISO quality control frameworks.
Our factory combines structural welding, hot-dip galvanizing, and state-of-the-art CNC machining of critical chassis components. This ensures corrosion resistance in aggressive offshore airside environments.
We utilize industry-proven components including high-efficiency IGBT frequency converter modules, specialized aviation plug connectors, and IP67 industrial controllers to guarantee extended operational life cycles.
Every unit undergoes load testing under variable environments (up to 55°C temperature simulations) and full capacity diagnostics, matching ISO 6858 and MIL-STD-704F parameters before shipment.
Airports differ widely based on geographical climates and local operating setups. Our custom engineering allows parameters to be customized for specific contexts:
Desert and High-Heat Environment Layouts: Engineered with dust-filtered closed-loop air conditioners to avoid IGBT component overheating under 50°C+ ambient temperatures.
Arctic and Sub-Zero Configurations: Outfitted with pre-heaters for batteries and engines, low-viscosity hydraulic lubricants, and synthetic insulation arrays designed to withstand down to -40°C.
High-Humidity/Saline Coastal Locations: Stainless steel or heavy galvanization of outer paneling, marine-grade protective varnishes, and sealed enclosures (IP56+) prevent accelerated structural oxidation.
Key requirements to inspect when selecting an airport ground power partner.
Ensuring design alignment with ISO 6858, DFS 400, and MIL-STD-704F standards.
Tailored support solutions for airlines, airports, and handling companies.
Multi-output options compatible with commercial jets, regional aircraft, and military platforms.
Traceable testing, documented components, and reliable delivery windows.
As a specialized manufacturer, we deliver tailormade solutions customized to local project parameters. Our dedicated design and engineering departments handle the process from structural CAD drafting and electrical system configuration through to regulatory certifications.
Whether you require stationary solid-state frequency converters integrated into passenger boarding bridge layouts, towable battery-powered ground power modules, or complete custom container dollies, we match dimensions, control interfaces, and technical parameters to your fleet specifications.
Our modular design architecture spans across cargo, passenger, and power utility equipment divisions.
Integrates filtering, metering, pumping, and pressure-controlled refueling operations.
High-capacity refueling solution for commercial airports and military installations.
Highly stable refueling platform, engineered for rapid aircraft fuel delivery.
Heavy-duty transport dolly, optimized for quick air cargo warehouse operations.
Engineered for dynamic containerized cargo handling at ramp level.
A heavy-load logistics trailer featuring multidirectional roller configurations.
Customized chassis designed specifically for LD3 air transport cargo containers.
Built to handle high loads under strenuous cargo terminal cycles.
Configured with structural locking pins for reliable LD6 container safety.
Zero-emission battery-electric GPU supplying clean 400Hz electricity.
Solid-state high-frequency converter designed for ramp environments.
Fixed bridge installation for direct connection to jet bridges.
Ground operations are undergoing a massive transition driven by global policy. To meet zero-emission targets, traditional diesel generators are being replaced by solid-state electrical converters and battery-powered towable units.
The inclusion of telematics, remote cloud diagnostic systems, and real-time power analytics allows airport operators to monitor fleet efficiency. Our R&D center is leading this transition by integrating next-generation silicon carbide (SiC) semiconductors. These technologies optimize thermal management, reduce chassis footprint, and achieve efficiency ratings exceeding 96.5%.
We collaborate with major airlines and logistics networks worldwide to drive zero-emission airport targets.
Detailed responses to technical and compliance queries in the airport GPU segment.
Operational strategies and updates from the airport and ground support logistics sector.
An overview of self-propelled and towable passenger boarding stairs designed for airport terminal configurations.
Analyzing battery-electric towable GPUs and their impact on reduction of fuel consumption on airport runways.
How modern truck-mounted and solid-state ground power solutions optimize airport fleet turnaround operations.
Explore more heavy-duty logistics options, container dollies, and ramp service systems.
Chidge Dolly