How To Charge a 2027 Chevy Bolt at Tesla Superchargers

The 2027 Chevrolet Bolt marks a welcome return for one of the most practical compact EVs ever built. It delivers an EPA-estimated 262 miles of range, DC fast charging up to 150 kW, and a starting price that keeps it accessible. Most importantly for road-trippers, this Bolt arrives with a native Tesla charge port, also known as NACS or SAE J3400. That single hardware change is a genuine advantage. Tesla operates the largest and most reliable EV charging network in the world, with tens of thousands of stalls that have set the standard for reliability for years.

Legacy automakers spent years promising better charging access while sticking with CCS connectors and fragmented networks, apps, and membership. GM finally moved past this by equipping the 2027 Bolt and the rest of its 2027 EV lineup with native NACS ports. This gives owners direct access to Superchargers without adapters. Pair that hardware with two new software features from GM, Energy Pass and Plug-and-Charge, and the friction of public charging drops dramatically.

Energy Pass: One App to Rule the Networks

Energy Pass lives inside the myChevrolet app that Bolt owners already use. It consolidates access to many major DC fast-charging networks so you no longer need to juggle separate logins, payment methods, and interfaces. At launch, it covers Tesla Superchargers, IONNA, and Electrify America, with ChargePoint and EVgo coming soon. Together, these networks cover roughly 70% of US DC fast chargers, plus many Level 2 stations.

Enrollment is free and requires only a one-time setup. You add a single payment method that works across the participating networks. The app then shows a live map of available stalls, complete with ratings, hours, pricing, connector types, and a clear indication of the stations that support Plug-and-Charge. You can also review live charging status, history, receipts, and occasional network-specific discounts. In short, Energy Pass treats the charging landscape more like a unified data network than a collection of incompatible silos.

Network	Energy Pass Access	Plug and Charge Status
Tesla Supercharger	At launch	Firmware V662.20 or later enables Plug-and-Charge at Tesla Superchargers
IONNA	At launch	Live
Electrify America	At launch	Supported via Energy Pass
ChargePoint	Coming soon	Planned August/Sept 2026
EVgo	Coming soon	Expected by end of year 2026 with early testing before then at select stations

Plug and Charge: The Zero-Friction Ideal

Plug-and-Charge takes the experience one step further. At compatible stations (like Tesla Superchargers), the vehicle authenticates itself to the charger using the plug-and-charge protocol (ISO 15118). You simply park, plug in the NACS connector, and charging begins. Payment is handled in the background through your Energy Pass account. No phone, QR codes, tapping apps, or credit cards are required at the stall.

This makes the Supercharger experience for Bolt owners as seamless as it is for Tesla drivers.

Configuring Plug and Charge for Tesla Superchargers

Here is the practical sequence that gets a 2027 Bolt ready for effortless Supercharger sessions.

• Confirm your software is current. Open the myChevrolet app or the vehicle’s center display and check for available over-the-air updates. Install any pending packages that mention Energy Pass, Plug and Charge, or Tesla Supercharger compatibility. The critical NACS Plug and Charge enablement arrives as a later-2026 OTA for native-port vehicles.
• Enroll in Energy Pass. Log into the myChevrolet app with your GM account. Navigate to the Energy Pass section, typically found under your profile initials or in the charging menu. Complete the free enrollment and add a payment method. This single account now covers Tesla Superchargers and the other supported networks.
• Enable Plug and Charge for the Tesla network. Return to the Energy Pass menu. Select “included networks”, locate Tesla Supercharger, and toggle the plug-and-charge feature on. The app lets you enable or disable the function per network, giving you control if you prefer to manually start charging at certain locations.
• Verify station compatibility in the map. Use the app’s charging map to search for nearby Superchargers. Compatible stalls will display a Plug and Charge indicator. Filter or note those locations so you know where the automatic handshake will work.
• Test the process. Pull up to a supported Supercharger stall, open the charge port, and insert the NACS connector. The vehicle and charger should negotiate authentication automatically. If you are prompted on the screen to select a stall number, then your configuration is not complete. Charging should begin without further input. You can monitor the progress in the myChevrolet app. The session and billing will appear under your Energy Pass history.

If the charging session does not start automatically, double-check that Plug and Charge is toggled on for Tesla and that your payment method is valid. The software for all of this is new, and occasional bugs still occur.

Practical Tips for Smooth Sessions

The 2027 Bolt’s native NACS port eliminates the need for a DC adapter at Superchargers, though GM still offers approved adapters for other scenarios. Precondition the battery when the navigation system routes you to a fast charger; the Bolt can sustain high rates more effectively with a warm pack. Supercharger stalls vary in maximum output, so the app’s live data helps you choose the best available post.

Because Energy Pass stores one payment method across networks, keep an eye on the transaction history for accurate cost tracking. Occasional network discounts, such as the 10 percent offered at certain IONNA sites for Energy Pass users, appear automatically when available.

Charging Down The Road

The combination of a native NACS port, Energy Pass, and Plug and Charge moves GM closer to the frictionless experience Tesla has offered for years. For the 2027 Bolt owner, charging at a Supercharger no longer requires juggling apps or adapters. You enroll once, enable the feature; after that, simply plug in. That is the pragmatic progress the EV transition needs: fewer hassles, greater ease of use, and a charging network that finally feels like a coherent system rather than a patchwork of competing networks.

As more 2027 GM models adopt the same NACS hardware and as the Plug and Charge rollout expands, the advantage compounds. The network of chargers starts to behave more like a reliable system with redundancy. It becomes something that works for drivers who just want to arrive, plug in, and get on with their day; that is progress toward our future free from fossil fuels.