ElectroAir in Poland: Powering the Next Generation of Airport Infrastructure

Integrated ground power systems delivered for Wrocław Airport and Rzeszów-Jasionka (LOT AMS)

In Poland, ElectroAir is delivering full-scale airport ground power infrastructure that marks a strategic step in the evolution of modern, energy-efficient aviation operations. From large passenger terminals to high-performance MRO environments, ElectroAir’s solutions combine underground PIT systems, solid-state 400 Hz frequency converters, and intelligent digital integration into a single, cohesive energy architecture.

At Wrocław Airport, ElectroAir is supporting the largest modernization program in the airport’s history. This multi-phase redevelopment required not only new apron surfaces and taxiways, but a completely re-engineered electrical backbone capable of supporting high traffic volumes with maximum reliability. ElectroAir supplied a fully integrated system that connects underground PIT access points, custom distribution pillars, high-capacity 400 Hz converters, and sub-surface cabling into one unified network. Designed for long-term scalability, the system operates largely beneath the apron surface while playing a critical role in every aircraft turnaround.

A key element of the Wrocław project is its digital integration layer. RFID-based access control ensures that every power activation is authorized, logged, and traceable, while operational and metering data is transferred directly into the airport’s management systems. This data-driven approach enables predictive maintenance, improves billing accuracy, and provides full visibility into energy usage across the apron, supporting more efficient and sustainable airport operations.

At Rzeszów-Jasionka, within the LOT AMS maintenance base, ElectroAir delivered a complete under-floor services infrastructure in record time. In just ten weeks, the project progressed from design and production to delivery and commissioning. The scope included electric PIT systems, pre-conditioned air connections, and fuel tank ventilation interfaces, all supplied as factory-tested, plug-and-play modules. This approach minimized on-site installation work and ensured consistent quality across all service bays.

Together, the projects at Wrocław and Rzeszów-Jasionka demonstrate ElectroAir’s ability to deliver complex, integrated airport power systems under demanding operational and time constraints. They reflect a combination of engineering precision, European manufacturing, and digital intelligence, providing airports and MRO operators with future-ready infrastructure built for efficiency, safety, and long-term performance.

ElectroAir hatch PIT system on the airport apron providing underground power and service connections for aircraft.

ElectroAir’s hatch PIT system installed on the airport apron, enabling underground delivery of 400 Hz power and service utilities for parked aircraft. The robust stainless-steel construction ensures safety, easy access, and a clutter-free apron environment, supporting faster and more efficient turnaround operations.

ElectroAir PIT system installed in a hangar floor delivering 400 Hz power to an aircraft during maintenance.

ElectroAir’s recessed PIT system integrated into hangar flooring, enabling clean, cable-free delivery of 400 Hz power for aircraft maintenance while improving safety, workflow efficiency, and operational ergonomics.