Tesla now helps you calculate how much launching your own Supercharger site would cost

EVwire brief: Tesla has introduced transparent pricing and a profitability calculator for its Supercharger for Business program, giving site hosts a clearer view of likely costs, returns, and payback timelines.

The important, or rather even unparalleled bit in our industry here, is that Tesla gives away as much of real-world information as possible, from the hardware pricing to all cost and utilization estimations based on the zip code entered, before you have to click that “get a quote” button.

And Tesla leverages its own data across 36,500+ stalls in the US for it all.

The tool works for the US now, but Tesla says it’ll soon expand to other countries in which it operates.

The reason Tesla created this tool?

Tesla’s calculator allows users to input a site location and generate detailed projections.
The model also incorporates utilization assumptions and long-term growth, giving operators a clearer picture of a Supercharger site’s profitability over time.

Here’s a sample estimate from Tesla for a four-post Supercharger in a New Jersey suburb:

The user can choose the estimated installation cost per post from $45k-$65k, as the turnkey installation including site assessment, design & engineering, labor, permitting, etc.

That’ll show up on the Price Breakdown below, after also entering the electricity costs, electricity selling prices, and expected utilization.

The key here: all of these are pre-filled with Tesla’s extensive data for the zip code / address you’ve entered.

This way, it’s adjustable, but already giving a business owner potentially thinking of deploying chargers a lot more information that they’d otherwise have to go search up.

What price should you sell the Supercharging at? Tesla will tell you, showing a median selling price based on the installation location and averages across both Tesla and other DC charging networks:

Another layer here is utilization — knowing to estimate it beforehand what to expect can help any business choose whether it fits their plans.
I searched for Davis, CA installment, and it showed us a likely 449.6 kWh/post/day utilization based on Tesla’s own data (PS, did Tesla just leak us their utilization data per rough location?):

The Price Breakdown will have these line items to give you the final price subtotal that serves as your core estimate for the deployment:

Line 1 says “1 V4 Cabinet, 8 Posts” which incorporates the Installation cost you’ve chosen above (low/medium/high, we went $55k) and multiplies it by the amount of posts chosen (8), for a total of $55k x 8 here, $440k in cost.

Then, the Other Hardware cost is calculated based on this size, which is the hardware to support the post and cabinet. “Specifically, proprietary communication cable, credit card reader, site controller (where needed), and connectivity infrastructure.”

Then, the Services line will mean Tesla “Provides project engineering and commissioning services. Your assigned Tesla project engineer will:

And for last, there’s Shipping for shipping and logistics to your installation address.

The absolute final price will, of course, be available upon inquiry, as this really is a tool to just give off as much information and possible combinations beforehand as possible.

While this pricing was known around the industry for a while, I believe it’s the first time we’ve seen Tesla put it out there publicly.

Tesla’s Supercharger for Business offering includes a full-stack operational package alongside hardware deployment. 

For revenue-generating sites, Tesla will charge an all-inclusive $0.10/kWh fee, and included is (see the full list on Tesla’s site):

“Everything you need to operate your chargers, with new features always in development at no extra cost.”

The company provides a 97% uptime guarantee backed by a 10+ year service agreement covering parts and labor, along with 24/7 network operations, remote diagnostics, and automatic issue resolution.

Tesla technicians support sites directly, maintaining feedback loops with engineering teams to address issues quickly.

Operationally, these sites are integrated into Tesla’s Trip Planner and in-vehicle navigation, helping drive utilization. We’ve already seen this in the wild as Tesla owners report arriving at third-party Supercharging stations — the caveat is that the pricing differs from the usual Supercharging sites.

The system includes Plug & Charge for seamless billing, real-time stall availability monitoring, and dynamic routing that accounts for traffic, weather, and demand conditions.

On the business side, operators gain access to the Tesla for Business platform, which provides session data, pricing controls, and monthly reporting.

Revenue is handled through automated payouts, while OCPI enables live data sharing. Tesla also manages credit card processing and dispute resolution, reducing administrative overhead for site owners.

V4 Supercharger posts deliver up to 500 kW per vehicle (up to 1.2 MW for Semi), support for NACS, CCS1, CCS2, GB/T, and MCS standards, and up to 615 A current and 1000V DC architecture. 

V4 Superchargers are paired with the V4 cabinet, which provides up to 1200 kW total output, supports power sharing across 8 stalls, achieves >96% efficiency, and supports cable distances up to 100 meters.

Will this drive more businesses to launch Superchargers with Tesla? Perhaps. It will certainly increase transparency in the industry and actually serve the customers, in this case, businesses or public entities that think of deploying charging at their premises.

That's a great way to make charging ubiquitous.

Source: Tesla Charging on X; Supercharger for Business

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