GoHz Frequency Converters in Ports and Airports: Powering Global Transport Infrastructure

Meeting Diverse Power Standards

Ports and airports are international gateways, where equipment from different countries converges. Since machinery may be designed for either 50Hz or 60Hz, mismatched power standards can pose significant challenges. GoHz three phase frequency converters solve this issue by delivering precise conversion between 50Hz and 60Hz, ensuring smooth operation for cranes, lifts, baggage handling conveyors, and other critical systems. By providing a stable and compatible power supply, they eliminate costly equipment modifications and reduce operational risks in fast-paced logistics hubs.

Powering Container Cranes and Cargo Systems

Seaports rely heavily on container cranes, automated stacking systems, and ship-to-shore equipment that require consistent and reliable power. A GoHz three phase frequency converter 60Hz to 50Hz (or vice versa) ensures that imported cranes and cargo machinery can integrate seamlessly into local infrastructure. This compatibility helps ports reduce downtime, increase cargo throughput, and optimize resource allocation.

Enhancing Airport Baggage and Passenger Systems

In airports, baggage handling systems, boarding bridges, and automated logistics equipment must work around the clock without interruption. GoHz frequency converters supply these systems with clean, reliable power, preventing disruptions caused by frequency mismatches. By stabilizing voltage and frequency, they help avoid equipment stress, extending service life and reducing maintenance costs.

Supporting Ground Support Equipment (GSE)

Airport ground support equipment (GSE), including tugs, belt loaders, and mobile air-conditioning units, often comes from international suppliers. GoHz static frequency converters enable such equipment to operate flawlessly regardless of the local grid standard. Their rugged, industrial-grade design ensures dependable operation in demanding tarmac environments, even under continuous duty cycles.

400Hz Converters for Aircraft Power

One of the most critical applications of GoHz technology in airports is the use of 400Hz frequency converters. Aircraft systems are designed to operate at 400Hz, and GoHz converters replicate this power precisely for ground maintenance and pre-flight testing. This reduces the need to keep aircraft engines running while parked, cutting fuel costs, emissions, and noise levels.

Marine Applications: 400Hz to 50Hz and 400Hz to 60Hz Conversion

Beyond aviation, GoHz 400Hz to 50Hz converters and 400Hz to 60Hz converters are vital in maritime applications. Ships undergoing testing, navigation system checks, or electrical refits often require frequency conversion for compatibility with onboard or shore-based equipment. By ensuring stable power supply, GoHz supports safe and efficient maritime operations.

Reducing Operational Costs and Downtime

In both ports and airports, downtime translates directly into financial loss. GoHz frequency converters minimize disruptions by harmonizing power standards and protecting sensitive equipment from instability. Their energy-efficient design lowers operational costs while ensuring long-term system reliability.

Enabling Smarter Global Infrastructure

As global logistics and transportation networks expand, the demand for flexible power solutions grows. GoHz three phase and 400Hz frequency converters help ports and airports adapt quickly, facilitating international trade, efficient passenger transport, and sustainable infrastructure development.