Someone Finally Cracked the EV Charging Hub Code. Here's the Blueprint.

The EV charging industry has been stuck in a well-documented "Catch-22" for years.

Consumers won't buy EVs without a reliable charging network. But investors won't build a reliable charging network without a critical mass of EV drivers to generate revenue. The result: a stalemate that has slowed adoption and frustrated everyone from individual drivers to policymakers with ambitious electrification goals.

In 2024, the US had roughly 61,000 publicly accessible charging stations. By 2030, we'll need 28 million charging ports to support the anticipated 33 million EVs on the road. That gap doesn't close on its own and it doesn't close through incremental effort.

But Angus Clark, CEO of EVOASYS Inc and EV infrastructure advisor at the Merlin Group, has developed a model that works. And on this episode of the Driving Mobility podcast, he shared the blueprint.

Why Most EV Charging Hubs Fail

Before getting to the solution, it helps to understand the problem. The majority of EV charging infrastructure projects fail to achieve profitability or fail to get built at all for a handful of consistent reasons.

Underestimating real estate complexity. Finding the right location for a charging hub isn't just about traffic. It requires understanding grid capacity at the site, proximity to the right user base, zoning requirements, and long-term site stability. Skipping this analysis leads to hubs built in the wrong places, with insufficient power, or on sites that can't support the infrastructure.

Overbuilding too early. There's a temptation to build for peak future demand from day one. The capital costs are punishing, utilization is low in the early phase, and the financial model breaks before the user base catches up.

Ignoring available capital. Government grants, utility incentive programs, and public-private partnership funding exist specifically to de-risk EV infrastructure investment. Developers who don't know how to access and structure these capital sources are leaving money on the table and often making projects non-viable that would otherwise pencil out.

Working in silos. EV infrastructure doesn't sit neatly in any one industry. It requires collaboration across real estate, utilities, automotive, technology, and government. Operators who try to build in isolation hit walls that cross-sector coordination would have eliminated.

The EVOASYS Approach

Clark's model addresses each of these failure points directly.

Savvy real estate underwriting. The site selection process starts with utility infrastructure specifically, what capacity exists at or near the site, and what it would cost to upgrade. A great location with inadequate grid access becomes a manageable location once you understand the true cost and timeline of getting the power you need.

Phased development. Rather than building a 100-stall hub on day one, the EVOASYS approach phases development to match actual utilization. You build for today's demand, with a clear pathway to expand as the user base grows. Capital is deployed more efficiently, and the financial model is stress-tested against real usage, not projected optimism.

Strategic use of grant funding. Government programs federal, state, and utility-level can cover significant portions of EV infrastructure capital costs when navigated correctly. Clark's team has developed expertise in identifying, applying for, and structuring projects around available incentives. For many projects, this is the difference between financial viability and a deal that never closes.

Cross-industry collaboration. EVOASYS treats the build-out of an EV hub as a multi-stakeholder project from the start. Utilities, local governments, real estate partners, and technology providers are engaged early, not as afterthoughts, because their alignment is what makes a hub actually work at scale.

What the Industry Can Replicate

Clark's success isn't idiosyncratic. It's the result of a disciplined process applied consistently. That means it can be replicated and it needs to be, at scale, to close the gap between the 61,000 charging stations we have today and the 28 million ports we'll need by decade's end.

The implications for the broader industry are clear. Developers, fleet operators, and real estate owners who want to participate in the EV charging buildout don't need to reinvent the wheel. They need a proven model, the right expertise, and access to the capital structures that make it work.

The Bottom Line

Breaking the EV Catch-22 isn't about a single breakthrough technology or a massive government mandate. It's about building projects that work financially, operationally, and infrastructurally and scaling what works.

Angus Clark has done that. And the Driving Mobility podcast episode where he explains how is required listening for anyone in mobility, real estate, or energy with an interest in where EV infrastructure goes from here.

Listen to the full episode to hear Angus Clark walk through the complete EVOASYS model, including specific examples of how government grants, real estate strategy, and cross-industry partnership come together to build profitable charging hubs.

Driving Mobility is ParkMyFleet's podcast covering the trends, technologies, and leaders shaping the future of mobility.