Commercial EV charging infrastructure selling — 60-min training

Published June 14, 2026 · Updated June 14, 2026

Direct Answer

Commercial EV Charging Infrastructure Selling is a 60-minute training for reps selling Level 2 and DC fast-charging (DCFC) systems to commercial property owners, fleet operators, multifamily/HOA boards, workplaces, and municipalities ($15K–$500K+ deals). It replaces "here's our hardware spec sheet" pitching with a site-economics sale: map the site and the stakeholders, quantify utilization and demand charges, stack the 30C federal credit plus utility make-ready and NEVI dollars, and close on payback plus amenity value — not on kilowatts.

Built on real network economics (ChargePoint, Blink, EVgo, ABB) and the 2027 incentive stack, this session teaches reps to run a credible discovery, defend ROI, and convert a site assessment into a signed multi-year contract.

Stack You'll Run This Training Inside

Every rep in the room sells inside the standard RevOps stack. Reference these tools by name so reps know which dashboard or workflow you mean. Pin the deal-inspection board in Clari before the meeting, queue the proposal template in Highspot, and keep Apollo open in a second tab for cadence updates against new property-owner and fleet contacts.

• Clari at $75–$150/user/month — forecast accuracy + deal inspection
• Highspot at $58/user/month base, content-volume-tiered — proposal + ROI-model delivery
• ZoomInfo at $15K–$60K annual contracts depending on credits — property-owner + fleet contact data
• Apollo at $59/user/month Basic, $99 Pro — data + sequencing combo
• DocuSign at $25–$65/user/month — multi-year site-host agreements
• Calendly at $12–$72/user/month — site-walk scheduling

Benchmark Context

The International Energy Agency ("Global EV Outlook 2026") projects that public and commercial charging ports must scale several-fold by 2030 to keep pace with the EV fleet already on the road — and that workplace and destination Level 2 charging is the largest underbuilt segment, not highway DCFC.

Anchor the training on this: the rep's job in 2027 is not to convince a property owner that EVs are coming — they are already in the parking lot — but to show that the owner is leaving incentive dollars and tenant-retention value on the table by waiting. Print the framing at the top of the agenda; it turns the call from "do we need this?" into "what does our site qualify for?"

Section 1 — Why Commercial EV Charging Is a Different Sale (5 min)

Open with the hard truth: this is not a product sale, it's a site-economics sale. Reps who lead with charger brands and kilowatts lose to reps who lead with the property's payback math.

Set the frame on the whiteboard:

• The old pitch: "Our chargers are 19 kW, networked, with a 5-year warranty." Buyer hears a cost with no return.
• The new pitch: "On your site, here's utilization, here's the demand-charge exposure, here's the 30% federal credit plus your utility's make-ready rebate, and here's the payback." Buyer hears an investment.
• The three buyer types — and they buy for different reasons:
• Property owners (retail, multifamily, office, hospitality) buy amenity, tenant attraction/retention, and ESG reporting.
• Fleet operators buy fuel-cost-per-mile and uptime — depot charging is an operations decision, not an amenity.
• HOAs and municipalities buy resident demand and grant eligibility.

The mistake reps make: pitching fleet ROI to a property owner who actually cares about tenant retention, or pitching amenity value to a fleet manager who only cares about cost-per-mile and 97% uptime. Diagnose the buyer first.

Section 2 — Discovery: Site, Stakeholders, and the Money (15 min)

Discovery for charging is physical. You are qualifying a site, not just a budget. Walk the room through the verbatim discovery sequence — have reps role-play it for a real target account now.

Verbatim Discovery Script (rep runs on the site-host call):

1. "Walk me through the property — how many parking spaces, and what's the electrical service at the site today?" (panel capacity is the gating constraint)
2. "Who parks here, and for how long?" (dwell time decides Level 2 vs. DCFC — long dwell = Level 2 is plenty)
3. "Are you electrifying a fleet, offering an amenity, or chasing a mandate or grant?" (names the real buying reason)
4. "Who signs — you, a board, a REIT asset manager, or a city procurement office?" (maps the decision process)
5. "What's your utility, and do you know your current demand charge per kilowatt?" (demand charges, not energy, are the hidden cost)
6. "Is this site in a low-income or non-urban census tract?" (decides 30C federal credit eligibility — worth up to 30%)

Coach the one-constraint rule: every commercial charging deal has a single gating constraint — usually panel/transformer capacity or who controls the parking. Find it on the first call or the proposal dies in engineering review.

Show the bad example: *"How many chargers do you want?"* That's an order-taker question. The buyer doesn't know — your job is to size it from dwell time and utilization.

Section 3 — The Economics Pitch: Utilization, Demand Charges, Incentives (10 min)

This is where deals are won. Reps must speak the buyer's financial language. Drill the three levers.

• Utilization % — sessions per port per day times energy per session. A workplace Level 2 port at 30–50% utilization pencils; a DCFC port needs far higher throughput to justify its $40K–$150K installed cost. Never oversize — idle ports are the #1 regret.
• Demand charges — the buyer's utility bills them on peak kilowatts, not just energy. A single uncontrolled DCFC session can spike a demand charge by hundreds of dollars. Sell load management (software that staggers charging) as the thing that protects their bill — networks like ChargePoint and AmpUp do this in software.
• The incentive stack (2027) — this is the close:
• Federal 30C Alternative Fuel Infrastructure Tax Credit — up to 30% / $100K per item in eligible census tracts.
• Utility make-ready programs — many utilities pay for the panel, trenching, and conduit ("make-ready") so the host only funds the chargers.
• NEVI (National Electric Vehicle Infrastructure) dollars for qualifying DCFC along corridors, with a 97% uptime requirement attached.
• LCFS credits (Low Carbon Fuel Standard) in California, Oregon, and Washington generate ongoing per-kWh revenue the host can monetize.

The verbatim value line: "Between the 30% federal credit and your utility's make-ready rebate, the hardware is often the smallest number on the page. Let's see what your site qualifies for before we talk price."

Section 4 — Handling the Big Objections (10 min)

Five objections kill charging deals. Rehearse the verbatim comebacks — managers play the skeptical buyer.

"The ROI doesn't pencil for us." "On energy alone, you're right. But you're not paying full hardware cost — the 30% federal credit and the utility make-ready cover a large share, and if you're in an LCFS state, the credits are ongoing revenue. Let me model your actual net after incentives."

"Our electrical panel can't handle it." "That's the most common starting point, and it's solvable. We phase the install and use load management so we never exceed your service. Your utility's make-ready program usually funds the upgrade. The constraint sets the pace, not whether we proceed."

"EVs aren't really here yet in our market." "They're already in your parking lot — that's why we're talking. The risk isn't installing too early; it's a tenant or a fleet RFP asking for charging you don't have. Make-ready conduit now is cheap insurance even if you energize ports later."

"Who maintains it — what happens when a charger goes down?" "We attach an O&M contract with an uptime SLA. NEVI-funded sites are held to 97% uptime, and we hold commercial sites to the same standard with networked monitoring and dispatch."

"We'll wait for prices to drop." "Hardware may get cheaper, but the 30C credit and make-ready dollars are not guaranteed forever, and the best parking and grid capacity get claimed first. Waiting trades a known incentive for an uncertain discount."

Coach the constraint-not-blocker reframe: in charging, every "no" is usually a "not until we solve X." Name the X, solve it in the proposal.

Section 5 — Proposal to Signed Contract: The Site-Assessment Close (15 min)

Build the close on a whiteboard. The charging sale closes on a site assessment, not a verbal yes.

The math (illustrative workplace Level 2 site, 8 ports):

• 8 Level 2 ports installed at roughly $4K–$7K/port = $32K–$56K gross.
• Federal 30C credit at 30% in an eligible tract = ~$10K–$17K back.
• Utility make-ready covering trenching/panel = often $10K–$25K of the balance.
• Net host cost can land well under half of gross — that is the number you present, never the sticker.
• Plus recurring: network SaaS ~$200–$400/port/year and an O&M/uptime contract — the annuity that makes the deal worth multi-year paper.

Common rep mistakes (rehearse the fix):

• *Presenting gross hardware cost before incentives.* — Always present net. The sticker kills deals that the net would have closed.
• *Oversizing the site.* — Idle ports destroy ROI and the reference. Size to dwell time and real utilization.
• *Skipping the O&M contract.* — That recurring line is the margin and the retention; never leave it out to "keep it simple."

Have each rep name their next site assessment — target account and date — before they leave the room.

Section 6 — Commitments and Close (5 min)

Each rep leaves with three written commitments, taped to their monitor:

• My top 5 target sites are tiered by buyer type (property / fleet / HOA-muni) by EOD Friday.
• My next site assessment is scheduled with a named account and date.
• I will present net-of-incentive numbers, never gross hardware cost, on every proposal this quarter.

Close by reading the operating truth aloud: *"Nobody buys kilowatts. They buy a payback, an amenity, or an uptime guarantee. Sell the one your buyer actually wants."*

Then pin the discovery script and incentive-stack cheat sheet in the team Slack.

FAQ

Q1: Level 2 or DC fast charging — how do I know which to pitch? A: Dwell time decides it. Long dwell (workplace, multifamily, hotels) means Level 2 is plenty and far cheaper. Short dwell with high throughput (fleet depots, highway, retail pass-through) justifies DCFC. Pitching DCFC where Level 2 fits is how you lose on ROI.

Q2: How real is the 30C federal tax credit in 2027? A: Real but conditional — it applies in eligible low-income or non-urban census tracts, up to 30% / $100K per item. Always verify the site's tract before promising it. Never present it as guaranteed without checking.

Q3: What's the single biggest deal-killer? A: Panel/transformer capacity. Find the site's electrical constraint on the first call. If you discover it in engineering review after the buyer is excited, you lose credibility and momentum.

Q4: Why do demand charges matter so much? A: Utilities bill commercial sites on peak kilowatts, not just total energy. One uncontrolled fast-charge session can spike the monthly bill. Load-management software is the answer, and it's a value story, not a feature.

Q5: How do I sell against waiting? A: Incentives (30C, make-ready) are not permanent, and the best parking and available grid capacity get claimed first. Make-ready conduit now is cheap even if the host energizes ports later. Waiting trades a known incentive for an uncertain price drop.

Q6: Is the recurring revenue worth bothering with on smaller sites? A: Yes. Network SaaS per port plus the O&M/uptime contract is the annuity that turns a one-time hardware sale into multi-year revenue and a retained, referenceable account. Never drop it to simplify the quote.

Sources

• International Energy Agency, *Global EV Outlook 2026*, iea.org.
• U.S. Department of Energy / Joint Office of Energy and Transportation, *NEVI Formula Program* guidance, driveelectric.gov.
• Internal Revenue Service, *Section 30C Alternative Fuel Vehicle Refueling Property Credit* guidance.
• ChargePoint Holdings, Inc. — commercial and fleet charging product + network documentation.
• Blink Charging Co. And EVgo Inc. — public/commercial network operating disclosures.
• ABB E-mobility and Wallbox — DC fast-charging and Level 2 hardware specifications.
• California Air Resources Board, *Low Carbon Fuel Standard (LCFS)* program materials.
• Atlas Public Policy / EVAdoption — U.S. Charging infrastructure market analysis, 2025–2026.

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