EV Car Charging In Garage

The Charging Network Has No Blueprint. That Is Now a Business Risk You Can Underwrite.

EV Charging in Real Places
March 31, 2026•7 min read

By Keith Reynolds | Publisher & Editor, ChargedUp!

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ChargePoint's market capitalization fell from more than $8 billion in 2021 to $146 million as of February 2026. That trajectory is the most concise explanation of what has happened to the U.S. public EV charging network — and why the network partner you choose for your parking garage, multifamily property, or commercial lot is a counterparty risk decision, not just a technology decision.

A March 19 deep-dive by Charged EVs traced the origin stories of the seven largest U.S. charging networks and reached a conclusion that the industry has spent years avoiding: the national EV charging infrastructure did not emerge from a coherent plan. It grew from federal grants, corporate bankruptcy proceedings, settlement agreements, venture capital rounds, strategic acquisitions, and one automaker, Tesla, that decided it could not wait for the market to build what it needed.

That origin has consequences that ripple directly into property decisions made today.

How the Network Actually Formed

The federal government's National Electric Vehicle Infrastructure (NEVI) program injected $7.5 billion into charging infrastructure deployment beginning in 2022, prioritizing highway corridors and underserved communities. That funding seeded the network's geography but not its financial durability. Network operators that built on NEVI grants had capital to install hardware but, in many cases, insufficient revenue to sustain operations, maintain uptime, and fund the software platforms that drivers and property owners actually rely on.

ChargePoint's trajectory illustrates the gap. The company was an early capital magnet — Siemens invested early, federal grants supported expansion, and a 2021 SPAC (special purpose acquisition company) took it public at a peak valuation that reflected the optimism of that moment. But ChargePoint has never produced an annual profit. Its fiscal year ending January 2025 generated $417 million in revenue and a $277 million net loss. Two significant rounds of layoffs in 2024 preceded the stock's decline to a market cap that makes it a small-cap company in a sector that requires substantial ongoing investment to maintain reliability.

ChargePoint is not unique. Blink Charging has faced persistent questions about network uptime and maintenance quality. EVgo is in a stronger operational position but is expanding NACS connector deployment aggressively — adding 500 NACS connectors across key markets by end of 2026 — in a race to capture Tesla-standard vehicle demand before competitors do. The competitive landscape is consolidating, but consolidation does not guarantee that the acquirer is more financially stable than the acquired.

The rollback of federal support for EVs and charging infrastructure, following the expiration of key tax credits and the current administration's reduced emphasis on clean transportation incentives, has compounded the network's financial fragility. The Charged EVs analysis concluded that these structural pressures "could further erode driver and investor confidence."

Why Counterparty Risk Is Now Part of Site Due Diligence

When a property owner enters a charging network agreement, they are making a five-to-ten-year commitment about who will manage the hardware on their site, who will maintain software and payment systems, who will respond to charger outages, and who will interface with their tenants, guests, or fleet operators when the system fails.

If the network operator encounters financial distress during that period, the consequences are not abstract. Hardware installed on your property that is no longer actively maintained will degrade. Software platforms that go unsupported will fail to communicate with modern vehicles. Payment systems that lose integration with current networks will stop processing transactions. Uptime guarantees written into service level agreements become unenforceable if the counterparty is in bankruptcy or has been absorbed into a distressed acquisition.

This is the risk that the Charged EVs analysis identified, and it is the risk that the current financial condition of several major network operators makes concrete. Property owners deploying charging infrastructure today need to evaluate network partners with the same rigor they apply to any long-duration service agreement: balance sheet strength, customer concentration, cash burn rate, and the quality of the operator's maintenance and response infrastructure — not just the hardware specifications printed on the product sheet.

What Sound Deployment Practice Looks Like in 2026

The EV Charging Summit and Expo, held March 17 to 19 in Las Vegas with more than 5,000 attendees, produced a clear industry consensus on several questions that the chaos of the network's origin story left unresolved.

On hardware standards: NACS is the emerging North American standard. EVgo's commitment to 500 NACS connectors across major markets by year-end, combined with the expectation that more than 80 percent of new EVs sold in North America will be NACS-compatible by 2030, makes NACS-ready hardware the baseline spec for any new commercial installation. Properties that deployed J1772-only Level 2 charging before 2024 face a hardware refresh cycle within two to three years.

On energy management: The summit solidified AI-driven energy management as a baseline requirement for commercial-scale deployments, not a premium feature. Dynamic load balancing, solar and storage coordination, real-time grid pricing response, and predictive uptime management are now table-stakes capabilities for any network platform serving commercial properties. Systems without these capabilities will require costly software or hardware upgrades before the end of their expected useful life.

On vehicle-to-grid (V2G): Heliox, a Siemens company, used the summit to showcase its 44 kW V2G bidirectional DC charger and hosted a panel session on March 19 titled "V2G: Harnessing EVs as a Grid Resource for Reliability and Resiliency." The session addressed how fleet operators can use V2G infrastructure to deliver demand response services, participate in capacity markets, and generate direct revenue from stored energy during peak grid stress periods. For fleet depot operators and commercial parking structure owners, V2G reframes the investment thesis: charging infrastructure becomes a grid services platform that generates revenue on hours when vehicles are plugged in but not actively charging.

The Property-Level Decision Framework

Three questions now define a sound charging deployment decision.

First, what is the network operator's financial durability? Revenue, burn rate, market capitalization, and the structure of their maintenance agreements are all material inputs to a multi-year property commitment. A network operator whose financial condition raises serious viability questions is a counterparty risk, regardless of the quality of their hardware.

Second, is the hardware platform forward-compatible? NACS connectivity, OCPP 2.0.1 compliance for software interoperability, and V2G readiness are the minimum specifications for hardware that will not require replacement within its expected useful life. Properties deploying infrastructure today that lacks these capabilities are accepting a retrofit cost within three to five years.

Third, does the energy management platform integrate with the property's broader electrical infrastructure? The highest-value charging deployments in 2026 are not standalone stations. They are nodes in a building-level energy management system that coordinates solar generation, battery storage, grid pricing, and EV load in real time. Properties that deploy charging as a standalone amenity, disconnected from the building's energy strategy, are leaving the most significant portion of the financial value on the table.

The U.S. charging network's patchwork origin created real fragility. That fragility is now visible in the financial condition of its major participants. The properties that are best positioned in this environment are the ones that treat charging infrastructure as a managed energy asset — one that requires the same diligence, counterparty evaluation, and systems integration as any other major capital commitment.

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Sources and Further Reading

EV charging network stabilityChargePoint market capV2G commercial real estateNACS charging standardEV infrastructure counterparty risk
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