Engineered for high structural reliability, heavy load capacities, and seamless integration into modern airport logistics pipelines.
In the complex and highly regulated ecosystem of global aviation operations, flight preparation demands ultimate precision, safety, and efficiency. An Airport Ground Power Unit (GPU) is an indispensable component of ground support equipment (GSE). It supplies stable, high-fidelity electrical power to aircraft parked on the ramp or inside maintenance hangars. This external power allows pilots and technical crews to execute crucial pre-flight system checks, power avionics, navigate cockpit displays, run air conditioning, and support passenger boarding processes without operating the aircraft’s fuel-intensive auxiliary power units (APUs) or main engines.
According to IATA’s Airport Handling Manual (AHM) guidelines, substituting aircraft APU runs with highly efficient solid-state ground power units cuts local CO2 emissions by up to 85% and significantly reduces airport noise pollution, moving aviation closer to net-zero ground operations.
As a leading China Airport Ground Power Units manufacturer and supplier, we specialize in addressing the dual demands of ecological accountability and operational robustness. Modern airports must accommodate a wide array of aircraft—from narrow-body regional jets demanding 28.5V DC starting currents to wide-body long-haul giants like the Boeing 787 and Airbus A350 that require clean, continuous 400Hz AC power. Our GPU engineering team focuses on maximizing power conversion efficiency, lowering Total Cost of Ownership (TCO), and guaranteeing absolute electrical safety at the gate.
Designed to perform under extreme ambient conditions, our GPUs deliver reliable performance globally.
Different aircraft designs and operational setups require dedicated power architectures. Our GPU portfolio is divided into three primary technological pillars to meet diverse airport needs:
Utilizing high-power IGBT double-conversion technology, our solid-state GPUs convert standard 50Hz/60Hz utility power to high-quality 400Hz aircraft power. Without moving mechanical parts, these static units run virtually silent, require minimal maintenance, and offer conversion efficiencies exceeding 95%. Standard capacities range from 90kVA (ideal for narrow-body aircraft like B737/A320) to 180kVA (for wide-body aircraft).
Tailored for turboprops, business jets, and military aircraft, our 28.5V DC ground power units deliver up to 800A continuous current and up to 2000A peak engine starting currents. Featuring active current limiting and voltage compensation line drops, they guarantee smooth engine starts without risking electrical damage to sensitive airborne systems.
Our energy storage towable ground power units align with the net-zero carbon airport trend. Equipped with high-safety Lithium Iron Phosphate (LiFePO4) battery packs, they offer zero-emission power delivery. They can be recharged at charging stations or via standard grid power, helping airports phase out diesel combustion engines across their ramp equipment operations.
Comprehensive portfolio from refueling trucks and passenger boarding systems to cargo loaders and tractors.
Features robust filtration, metering, self-circulation, and pressure control systems for reliable runway fueling operations.
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Equipped with a high-capacity pump system and state-of-the-art pressure regulatory safety systems.
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Optimized chassis distribution designed for quick deployment in modern commercial hub airports.
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Heavy-duty steel rollers with omni-directional rotation pathways, suitable for cargo center warehouses.
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Featuring dual-axle towing assemblies and robust safety braking mechanisms for heavy luggage configurations.
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Specially reinforced chassis structural profiles designed to withstand up to 7 tons of cargo.
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Specifically matched dimensions for high-efficiency LD3 air cargo container loading and transport operations.
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Equipped with locking handles, non-slip surfaces, and highly durable steering linkages.
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Designed for mid-to-large sized ULD transportation with quick-lock securement pins.
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Features a sliding waterproof enclosure to shield checked luggage from rain, snow, and UV damage.
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All-metal side panel walls for security and load containment on high-traffic airport taxiways.
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Features an optimized turning radius and a spring-loaded towbar brake system.
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Heavy scissor-lift assembly providing stable, high-altitude cabin access for catering replenishment.
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Zero-emission chassis system coupled with precision proportional valves for smooth lift transitions.
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Insulated, temperature-controlled cargo body with modern walk-in rear doors.
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Supplies hot, dry air to the cabin, keeping cockpit electronics warm in sub-zero environments.
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Pre-Conditioned Air system providing direct cabin cooling and ventilation during hot summer days.
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Highly compact towable diesel heater with high-capacity blower blowers.
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Fully electric, telescoping height-adjustable stairway structure with non-slip LED tread tracks.
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High-reliability diesel engine version with wide steps for boarding commuter and regional airlines.
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Advanced cabin alignment system and hydraulic stabilization legs for commercial operations.
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Equipped with green lithium battery banks for zero emission, quiet ground power operations.
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Provides dual 400Hz frequency converter outputs. Compact design, perfect for standard airfield gates.
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Static solid-state design. High efficiency, excellent transient response, low maintenance overhead.
View DetailsOur manufacturing complex uses advanced engineering and manufacturing processes to ensure every Airport Ground Power Unit complies with international civil aviation standards. Our Industry 4.0 facilities implement rigorous control standards at every stage of production:
Our design and development process incorporates computer-aided modeling, structural FEA analysis, and thermal simulation. This allows us to optimize heat dissipation pathways inside the GPU enclosures, preventing thermal degradation and extending the lifespan of critical capacitors and IGBT modules.
We use premium materials and components, sourcing raw steel and high-grade copper wire from verified metallurgical partners. Critical semiconductors, contactors, and protection relays undergo automated optical inspection (AOI) before assembly.
Every GPU model undergoes environmental tests inside our custom simulation chamber. We subject units to simulated tropical humidity, extreme freezing climates, sandstorms, and prolonged vibration to guarantee field reliability.
Thanks to our integration in China’s industrial manufacturing supply chain, we offer optimized turnaround times from engineering design to port delivery. We maintain strategic relationships with international logistics partners to streamline shipping, customs clearances, and onsite terminal handling worldwide.
Modern airports are evolving from single-system components to smart, centralized gate systems. Our engineers work closely with airport planners to design integrated airfield systems:
By mounting our 400Hz frequency converters directly underneath the passenger boarding bridges (PBB), we eliminate the need for diesel towable units. This saves valuable space on the ramp, protects cables from vehicle traffic, and integrates ground power directly into the bridge control network.
Our centralized software platform interfaces with gate management systems via Modbus/TCP or CANbus protocols. Real-time diagnostic data—including power metrics, voltage drop compensation, active errors, and maintenance schedules—is sent directly to the central airport operations database.
Operating airfield ground equipment requires strict compliance with local international safety protocols. Our engineering process strictly complies with standard industry guidelines, including:
To support ground handlers globally, we maintain a responsive after-sales service network. We supply localized spare parts kits, provide remote visual assistance, and offer comprehensive maintenance training programs to guarantee maximum uptime for your GSE fleet.
Comprehensive engineering insights for airport procurement and technical operators.
Keep up with the latest advancements in modern airport infrastructure design and electric GSE developments.
Exploring structural safety parameters, wind velocity stability compliance, and hydraulic alignment controls for modern boarding steps.
Published: 2026-05-27
A detailed analysis of lithium pack safety, cycle life, thermal management, and power delivery dynamics on green airfield ramps.
Published: 2026-05-19
Analyzing the transition from traditional diesel auxiliary systems to highly efficient bridge-mounted and towable static converters.
Published: 2026-05-18Explore our highly customizable and robust luggage transportation solutions, deployed globally across premier commercial logistics networks.
Providing custom solutions to meet demanding schedules and complex airfield requirements.
We partner with airport planning teams to specify correct electrical system capacities, verify grid drop thresholds, and configure layouts.
We configure custom trailer bases, structural enclosures, cable organizers, and control panels to align with your fleet protocols.
On-site or remote assistance ensures smooth grid connection integration, PLC configuration testing, and training.
Fast component shipping guarantees quick replacement of worn cables, aircraft plug modules, and critical control relays.
Chidge Dolly
