The Transportation Problem Nobody Wants to Talk About

Here’s something that surprised me when I started researching the climate workforce: the transportation and grid storage sector is the hardest to get people to talk about.

Not because the work is boring. The opposite. Electric vehicles, battery storage, microgrids, vehicle-to-grid technology. This is exciting stuff. The future of how we move and how we keep the lights on.

The problem is that everyone working in this space is terrified of their competitors.

The Secrecy Problem

I tried to interview people for my book who work on EVs and microgrids. Getting them to speak candidly was like pulling teeth. NDAs everywhere. Concerns about revealing trade secrets. Worries that anything they said might give some advantage to a rival company.

This is a problem.

Transportation produces a massive chunk of our carbon emissions. If you look at the data, it’s one of the biggest sectors we need to transform. And the people doing that transformation are so locked down by corporate secrecy that they can barely talk about their own work.

Compare that to energy efficiency, where people will happily explain their methodologies in public forums. Or renewable energy, where installers post videos of themselves climbing wind turbines. The transportation sector is weirdly silent.

Billion-Dollar Questions

I get it. There’s real money at stake. Whoever wins the EV charging infrastructure race, whoever cracks grid-scale storage, whoever figures out how to make vehicle-to-grid work at scale. Those are billion-dollar questions. Companies are protective.

But it creates a weird dynamic where the public doesn’t really understand what’s happening in this space. Most people know that EVs exist and that they’re probably the future. But the details? The workforce? The actual jobs and skills involved? It’s a black box.

How It Actually Works

Let me explain what’s actually going on.

Electric vehicles need to charge. When millions of people plug in their cars at the same time, that puts enormous stress on the electrical grid. Peak demand spikes. The grid can handle it, but barely, and it’s expensive to maintain that capacity.

Here’s where it gets interesting. Those same cars, sitting in garages with full batteries, could actually send power back to the grid during peak demand. Vehicle-to-grid technology. Your car becomes a battery for the neighborhood. You get paid for the electricity you contribute. The grid gets stabilized.

Microgrids take this further. Instead of relying entirely on the central grid, communities can build their own localized power systems. Solar panels, battery storage, maybe a small wind turbine. When the main grid goes down, the microgrid keeps running. Resilience.

Everything Connects

These technologies are all connected. EVs need charging infrastructure. Charging infrastructure works better with battery storage. Battery storage enables microgrids. Microgrids make communities resilient. Resilience matters more every year as weather gets weirder.

Children born today will probably never fill up a vehicle with gas. That’s not wishful thinking. That’s the trajectory we’re on. And the people building that future are doing fascinating work.

I just wish more of them could talk about it.

The Work Is There

The secrecy is understandable but frustrating. We need more people entering this field, and that’s hard when the existing workers can’t openly discuss what they do. We need public understanding of these technologies, and that’s hard when the companies are all playing defense.

If you want to work on transportation decarbonization, the jobs are there. Policy development for EV charging. Installation and maintenance of charging infrastructure. Grid integration engineering. Battery technology. Microgrid design.

Good luck getting anyone to tell you what those jobs are actually like day to day. But the work matters, and the field is growing fast.

Someone has to build the future of transportation. Most of them just can’t tell you about it.