Powering Up the Runway: How Portland Airport Transformed Ground Operations with Electric Vehicle Infrastructure (Paperback) (ISBN-13: 9798258520371)

What does it really take to rip out an entire diesel fleet and replace it with something cleaner, quieter, and more profitable?

Portland International Airport did exactly that. Over five years, they converted more than 200 pieces of ground support equipment to electric power - baggage tugs, aircraft pushback tractors, ground power units, catering trucks - without shutting down a single flight or breaking their operational rhythm. This book tells you how they did it, what it cost, what almost went wrong, and why it worked.

Powering Up the Runway is not a policy paper or an environmental pledge. It is a hard-nosed case study for aviation professionals who need to understand fleet electrification from the inside. Every chapter draws on real data - actual cost figures, real energy tariffs, documented maintenance savings, and genuine performance metrics gathered across multiple seasons and shift patterns.

You will learn how Portland built the financial case that got board approval, how they designed and installed a charging network around active aircraft operations, how they negotiated with utilities to lock in off-peak electricity rates, and how they managed the staff resistance that every major operational change produces. You will also learn about the failures - the infrastructure costs that came in thirty percent over estimate, the battery performance challenges in cold weather, and the regulatory grey areas that required creative problem-solving with multiple government agencies.

By the end, Portland had cut ground fleet operating costs by 34 percent, reduced carbon emissions from ground operations by 89 percent, improved fleet uptime from 81 to 97 percent, and attracted funding and recognition that positioned the airport competitively for the decade ahead.

This is the blueprint other airports have been waiting for.

This book is for: airport managers, fleet directors, sustainability officers, aviation consultants, transport policy makers, and anyone responsible for making large-scale fleet electrification happen under real-world constraints.