EAI Series Solar Inverter
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ElectroAir
Ground Support Equipment (GSE)

EAI Series Solar Inverter

Solar-to-400 Hz inverter converting renewable DC from photovoltaic panels to 115 V 400 Hz three-phase aviation-grade AC for ground support applications.

Specs verified against manufacturer documentation
Output Voltage
115 V, 3-phase
Output Frequency
400 Hz
Pricing
Request a quote for current pricing, lead time and delivery to your airport.

The EAI series Solar Inverter converts DC power generated by airport photovoltaic installations into 115 V, 400 Hz three-phase aviation-grade AC output — the first link in a solar-powered ground support power chain. Aviation ground power traditionally requires either a utility-connected frequency converter (which depends on the quality and availability of the grid) or a diesel generator (which has fuel and emissions costs). The EAI positions renewable solar energy as a third source, directly producing the 400 Hz output standard without an intermediate 50 Hz grid stage. This is architecturally significant: the EAI enables fully off-grid aircraft power supply where solar resource is adequate and a battery buffer is available, which makes it relevant to remote airstrips, temporary operating bases, and eco-aviation infrastructure at airports committing to on-site renewable generation. The compact modular design is optimised for outdoor airport environments, and the simple architecture is intended to reduce maintenance requirements relative to diesel or rotary converter alternatives. For procurement teams evaluating the long-term cost structure of apron power infrastructure, the EAI represents the renewable generation endpoint of the ElectroAir power chain — the upstream origin of electrons that ultimately reach the aircraft connector through converters, pits, and cables.

From the manufacturer’s documentation

Technical specifications.

Output Voltage115 V, 3-phase
Output Frequency400 Hz
InputDC from photovoltaic solar panels
ApplicationAviation-grade ground support AC from solar
Best for

Use cases.

  • Remote airstrips and off-grid airfields seeking zero-fuel 400 Hz ground power
  • Airport sustainability programmes integrating on-site solar generation into apron power infrastructure
  • Eco-aviation zones targeting fully renewable ground support energy
  • Temporary operating bases where solar plus battery provides self-sufficient ground power
  • Aviation research and demonstration facilities for renewable GSE power architectures