Public Charging Stations Worth Knowing About Beyond the Big Five Networks

Francis Energy launched in 2018 with a deliberate mission: bring fast charging to the rural communities of Oklahoma and surrounding states that the major networks had largely bypassed. Based in Tulsa, the company has deployed DC fast chargers across Oklahoma, Kansas, Arkansas, Missouri, and parts of neighboring states — often in towns where no public charging previously existed.

The network's approach is infrastructure-first. Rather than clustering stations near dense urban corridors where utilization rates are easiest to justify, Francis Energy has accepted lower short-term utilization in exchange for strategic coverage. That means chargers in communities of a few thousand people, at tribal nation facilities, and along state highways that connect rural agricultural regions.

Charging speeds on the Francis Energy network typically range from 50 kW to 150 kW DC fast charging, with some newer installations capable of higher output. Payment can be made via credit card at the station, and no dedicated app or membership is required — a significant usability advantage in areas where EV ownership is still relatively new and unfamiliar.

For drivers crossing the southern Great Plains — particularly those without access to the Tesla Supercharger network — Francis Energy stations frequently represent the difference between a feasible route and a dead end. Among networks with genuine rural reach, Francis Energy ranks among the most purposeful in its geographic strategy.

Rivian's Adventure Network stands apart from nearly every other charging provider in the US because it was designed around a specific use case: getting an electric truck or SUV to remote trailheads, national park entrances, ski resorts, and campgrounds that highway-focused networks have no business serving.

As of mid-2024, Rivian had opened its Adventure Network to non-Rivian vehicles equipped with a CCS connector or NACS adapter, which significantly expands its relevance for the broader EV market. Speeds at Adventure Network stations typically reach 200 kW, though real-world throughput depends on the number of vehicles sharing a station's total capacity.

The network's site selection is genuinely distinctive. You'll find Rivian chargers at the entrance to Moab's canyon country, in small gateway towns near national forests, and at coastal destinations that attract outdoor recreation traffic. These aren't locations where Electrify America or EVgo have staked out territory, which makes the Adventure Network complementary rather than redundant to the major fast-charging providers.

For Rivian owners, the in-vehicle navigation integrates seamlessly with Adventure Network stations, automatically routing through them and pre-conditioning the battery before arrival. Non-Rivian drivers can use the Rivian app to locate stations and initiate sessions. The experience is polished — which matters when you're already dealing with the logistical complexity of backcountry travel.

Volta operates on a fundamentally different business model than almost any other charging network in the US. Its stations are typically installed at retail shopping centers, grocery stores, and entertainment venues — and a significant portion of the charging is free to drivers. The cost is underwritten by digital advertising displayed on large screens mounted to each charging unit.

Acquired by Shell in 2023, Volta has gone through strategic shifts, but its core footprint of Level 2 stations at high-traffic retail locations remains intact in major markets across California, New York, Florida, and other populous states. DC fast charging units have been added at some locations, though Level 2 (roughly 19–25 miles of range added per hour) remains the network's dominant hardware type.

The value proposition for commuters and errand-runners is real: if you're spending 45–90 minutes at a shopping center anyway, free Level 2 charging is a meaningful cost reduction. Estimating your actual charging cost savings reveals how even modest free sessions add up over a year of regular use. The tradeoff is that Volta stations are generally unsuitable for road-trip use — they're slow by design and concentrated in areas you'd already need to stop.

Reliability has been a documented concern with Volta's network, a criticism that applies to Level 2 public charging broadly. Checking PlugShare for recent user check-ins before relying on any specific location is advisable.

Not every charging need happens on the open road. A substantial portion of EV energy consumption occurs at predictable, repeated locations — workplaces and apartment complexes, specifically. POWERFLEX (now part of EDF Renewables North America) has built its business around smart Level 2 charging for exactly these environments.

What distinguishes POWERFLEX from a typical Level 2 installer is its energy management software. Rather than simply plugging in chargers and billing for sessions, the system dynamically manages power distribution across multiple vehicles and integrates with building electrical loads to avoid demand charge spikes — a major cost driver for commercial properties. For employers and property managers, this translates to lower electricity bills even as more EVs charge simultaneously.

For drivers, workplace and multifamily POWERFLEX installations often mean access to subsidized or free charging as an employee or resident benefit. That changes the calculus of home charging setup costs significantly — if your employer covers daytime charging, the urgency of installing a Level 2 charger at home diminishes.

The network isn't designed for road trip use and doesn't compete on coverage geography in the way that a Rivian or Francis Energy does. But for the specific challenge of making EV ownership practical for apartment dwellers and office commuters, POWERFLEX represents a thoughtful infrastructure solution that the residential-focused charging market hasn't fully solved.

Greenlots was acquired by Shell in 2019 and has since been rebranded as Shell Recharge in the US market. It's worth knowing both names because a meaningful number of stations still appear under the Greenlots label in aggregator apps, and the network's composition reflects Greenlots' original approach: a mix of Level 2 and DC fast charging at a wide range of location types, from transit centers to retail to highway corridors.

Shell Recharge in North America encompasses not only the former Greenlots footprint but also stations acquired through Shell's purchase of Volta. The combined network runs to thousands of individual ports, though quality and consistency vary considerably across the inherited infrastructure. Some locations feature modern 150–350 kW DC fast chargers; others have aging Level 2 equipment with a less reliable track record.

For drivers, the practical implication is to verify specific station details — hardware generation, recent check-in reports, and available speeds — before routing through a Shell Recharge location you're unfamiliar with. The Shell Recharge app provides session management and payment, and RFID cards are available for drivers who prefer tap-to-start access.

Shell's backing gives the combined network financial resources that independent operators can't match, and the company has signaled continued investment in upgrading older hardware. Whether that translates into a consistently competitive experience on par with EVgo or Electrify America remains an open question as the rebranding continues.

SemaConnect was one of the more established Level 2 network operators in the Mid-Atlantic and northeastern US before being acquired by Blink Charging in 2022. Understanding this acquisition matters for a practical reason: many SemaConnect-branded stations remained physically in place after the acquisition, sometimes with signage, apps, and pricing structures in transition.

If you encounter a SemaConnect charger that isn't responding to the Blink app or RFID card, it may still be operating on legacy SemaConnect software. The technical integration of acquired networks takes time, and drivers caught between systems during transition periods often face unnecessary friction.

Blink's broader network strategy and pricing is covered in depth elsewhere, but the SemaConnect context is worth keeping in mind when using PlugShare or ABRP: if a location shows SemaConnect branding, check for recent user reports to understand the current operational status before relying on it.

The broader lesson applies across the industry: EV charging networks acquire, merge, and rebrand frequently. A station that appeared under one name last year may operate differently today. Staying current with network changes — even for providers you thought you understood — is part of navigating the still-evolving American charging landscape.

Electrify Commercial is the fleet-services arm of Electrify America, targeting commercial vehicle operators — transit agencies, delivery fleets, corporate campuses — rather than individual drivers. But a subset of Electrify Commercial installations are accessible to the public, and understanding this distinction can open up charging options that don't appear on consumer-focused maps.

Depots and transit facilities with Electrify Commercial hardware occasionally permit public access during off-peak hours, particularly in markets where Electrify America has worked with local governments on public-private charging agreements. These aren't guaranteed or consistent across locations, but they represent pockets of high-power charging infrastructure that standard network apps may not surface prominently.

For drivers operating commercial EVs — or managing a small business fleet — Electrify Commercial's managed charging software offers load balancing, driver authentication, and energy cost reporting at a more sophisticated level than most consumer networks provide. The integration with Electrify America's consumer billing infrastructure also means fleet accounts can access the broader public network when drivers are away from depot locations.

As electric fleet adoption accelerates among logistics companies and municipal transit operators, the distinction between fleet-only and public charging infrastructure will matter more. Drivers in urban commercial districts may find themselves passing Electrify Commercial-equipped facilities that are accessible — or soon will be — to personal EVs as operators seek additional utilization revenue.

Several large electric utilities have built their own public charging networks rather than relying exclusively on third-party operators. Xcel Energy's EV charging program in Colorado and Minnesota is one of the more developed examples, with fast chargers deployed along key highway corridors through a program called Colorado Electric Vehicle Fast Charging Stations.

Utility-owned networks carry a structural advantage that private operators don't: the utility already controls the electrical infrastructure and can negotiate electricity costs that third-party operators must buy at retail rates. That cost structure can translate into competitive per-session pricing — and utility programs often receive direct rate relief or incentives from state public utility commissions as part of decarbonization mandates.

Beyond Xcel, Dominion Energy, Duke Energy, and Pacific Gas & Electric have all run or proposed substantial EV charging programs in their service territories. The coverage and public accessibility of these programs varies significantly by state regulatory environment, but in the regions where they operate, utility-backed charging often provides reliable, cost-competitive sessions that complement the private network landscape.

Tracking utility charging programs requires a bit more research effort than finding a ChargePoint or Electrify America location, but for frequent travelers within a single utility's territory, the investment pays off. State energy office websites and the Alternative Fuels Station Locator maintained by the Department of Energy's Clean Cities program are the most reliable sources for locating utility-owned stations.