The Used EV Pivot: How the Q1 2026 Reset Should Change Commercial Charging Underwriting
Q1 2026 produced a split-screen: New EV sales fell 28% year-over-year while used EV sales climbed 12% to near-record levels. For commercial real estate owners and parking operators, this reframes who charges, where utilization shows up, and how to structure underwriting, connector mix, and Section 30C timing.
By Keith Reynolds | Publisher & Editor, ChargedUp!
The first quarter of 2026 produced two EV market numbers that point in opposite directions. New EV sales fell 28% year-over-year. Used EV sales surged 12% to near-record levels. Cox Automotive's Q1 commentary called this a necessary reset. For commercial real estate owners, planners, and parking operators with charging infrastructure on the 2026 capex plan, the divergence is the most important data point in the EV market this year.
It changes what underwriting models should assume about utilization, who actually uses the chargers, and where to place them.
What changed in Q1 2026 EV market trends?
Incentive expiry pulled new EV demand forward in 2025 and then dropped it; lease returns from 2023–2025 created abundant, affordable used EV supply in 2026.
New EV share stabilized near ~6% in Q1 2026 (down from ~10.5% in Q3 2025), perCox Automotive.
Used EV sales rose ~12% YoY, with volumes supported by lease-return waves from 2023–2025 (Electrek).
Brands with Q1 strength included Toyota, Lexus, and Cadillac on the new side; used buyers broadened into GM, Ford, Hyundai, Kia, and VW models.
“The U.S. EV market has clearly entered a new phase… What comes next will be driven less by policy and more by fundamentals.” — Stephanie Valdez Streaty, Director of Insights, Cox Automotive
The core math flipped for many consumers: a 2022–2023 used EV with modest degradation often underprices comparable ICE models on total cost of ownership—without needing a new-vehicle credit.
How do these trends change charging utilization?
Expect more demand at dwell-time sites (multifamily, workplace, value retail) and more connector complexity while NACS and CCS overlap. Corridor-only DCFC buildouts see uneven utilization without a local dwell-time layer.
User mix broadens: Used buyers are more price-conscious, drive farther annually, and are less likely to have home charging, especially renters. Public and workplace charging dependency rises.
Vehicle/connector diversity rises: Tesla share of new sales fell below 50% in 2025; many 2020–2023 used models are CCS-only. Sites need both NACS and CCS through at least 2027 to avoid stranded demand.
Geography reshuffles: Growth pockets are showing up in Texas, Arizona, and parts of the Southeast alongside legacy high-adoption coasts (Electrek analysis).
What underwriting model should owners use in 2026?
Replace point-estimate utilization with scenario bands; weight dwell-time locations higher; model connector mix and demand charges explicitly; align timelines to Section 30C placed-in-service by June 30, 2026. Four specific implications apply to commercial real estate owners, parking operators, and planners with charging on their capex plan:
Multifamily and workplace charging gain priority. Used EV buyers without home charging access need somewhere to charge. The share of EV charging that happens at multifamily, workplace, and dwell-time retail locations should grow faster than the share at corridor DC fast chargers. Owners of Class A apartments, mid-market multifamily, and large employer office campuses should treat Level 2 charging as an amenity that supports tenant retention, not a revenue-positive standalone investment. The financial case is in lease economics and tenant retention, not in direct charging revenue.
Fleet conversion accelerates separately from consumer adoption. Commercial fleets have different economics than retail consumers. The total cost of ownership calculation for fleet operators favors EVs in many duty cycles regardless of consumer tax credits. The 2026 State of Sustainable Fleets Market Brief confirms that medium-duty battery-electric vehicle registrations reached record levels in 2025. Industrial real estate owners with fleet tenants should expect charging infrastructure to become a lease requirement, not an amenity. The capital decision sits with the landlord. The operational benefit sits with the tenant. The lease structure needs to reflect both.
The Section 30C deadline matters. The federal credit for alternative fuel vehicle refueling property terminates for property placed in service after June 30, 2026. Owners and parking operators evaluating Level 2 or DC fast charger installation should confirm placed-in-service status before the cliff. The credit is up to 30% of installation costs for charging equipment in eligible census tracts. Missing the window costs more than the credit itself when the Q1 EV reset has reset expected payback periods on charging investments. The framework analysis in the Energy-Equity Connection white paper applies directly.
Behind-the-meter generation and storage become more important. Commercial DC fast charging at scale requires significant electrical capacity. A single 350 kW DC fast charger draws roughly the equivalent of a small office building's peak demand. Sites that pair DC fast charging with on-site solar generation and battery storage achieve three advantages simultaneously: they reduce demand charges that can otherwise make DC fast charging economically marginal, they manage local grid impact, and they create resilience during outages. The Delta Electronics Detroit microgrid deployment we covered separately this week is the proof of concept for this architecture at commercial scale.
Underwriting checklist (extraction-ready)
Section 30C timeline: Verify eligible tract, scope, and placed-in-service by June 30, 2026 for up to 30% credit. Missing the window pushes payback out materially. See the Energy-Equity Connection white paper.
Connector mix: Size NACS and CCS ports based on local fleet composition and used EV inventory data. Avoid single-standard sites unless captive fleet.
Tariffs and demand charges: Model monthly bills under current and proposed rates; include seasonal demand windows and ratchets; run sensitivity at +/–20% utilization.
BTM strategy for DCFC: Simulate battery and solar sizing vs load profile to shave demand peaks and protect margins.
Dwell-time suitability: Multifamily/workplace L2 improves tenant retention and lease rates; treat revenue as secondary.
Reliability/O&M: Bake in uptime SLAs, spares strategy, and parts/service lead times; reliability drives repeat use more than price.
Software/payments: Roaming, tap-to-pay, and transparent pricing reduce cart abandonment at the charger.
ADA and site design: Stall access, cable reach, and canopy considerations—particularly at value retail and multifamily.
Deeper dive: behind-the-meter energy for DCFC economics
DC fast charging at scale behaves like a peaky industrial load. A four-stall site with 350 kW dispensers can present 1–1.4 MW coincident demand. At today’s commercial tariffs, one bad peak can erase a month of margin.
Battery-first mitigation: A 1–2 MWh battery can shave coincident peaks by 40–70% when coupled with smart charge orchestration; economics improve further with time-of-use arbitrage.
Solar as fuel-cost hedge: Carport PV (200–500 kW) offsets energy but not every peak; sizing should follow load shape, not panel count targets.
Interconnection reality: Distribution upgrades and transformer lead times often dominate schedules. BTM can stage capacity earlier while utility work catches up.
Operational rule: Protect the first hour of the day and known peak windows with reserve SOC in the battery; let lower-priority sessions flex to price signals.
We recently highlighted a Detroit microgrid deployment that shows this at commercial scale. For planning context, see our Distributed Energy and Planning recap.
Signals to watch in the back half of 2026
Track utilization disclosures, fleet OEM mix, Section 30C velocity, and the practical pace of the NACS rollout.
Public-charging utilization disclosures: Track network updates from ChargePoint, EVgo, Electrify America, and Tesla for evidence that used EV drivers rely more on public charging.
Fleet OEM mix and dealer readiness: Ford E-Transit, Rivian commercial vans, and Chinese OEM partnerships dominated 2025. Watch if Toyota/Lexus expand into commercial platforms and how that shifts service coverage and residuals.
Section 30C placed-in-service pace: Construction starts by geography will reveal where the math still works at current capital costs.
NACS transition curve: Adapters, native ports, and retrofit timelines determine how long dual-standard sites are necessary.
The EV market reset is real, but it is also a pivot. The next phase will be driven by used vehicles, by commercial fleets, by the geographies that previously sat outside the EV story, and by the infrastructure decisions commercial real estate owners and planners make in the next six months. The owners who treat the Q1 numbers as the end of EV adoption will miss the actual signal. The owners who treat them as the beginning of the broader market will be positioned for the cycle that follows.
Sources and further reading
ChargedUp! prior coverage
The Energy-Equity Connection: How Distributed Energy Protects NOI and Cap Rates in 2026
GM Says EVs Are Still the End Game. For Buildings and Fleets, the Timeline Just Got More Interesting
Primary sources
Cox Automotive: EV Sales Decline Slows in First Quarter of 2026, Share Stabilizes Near 6%
Cox Automotive 2026 Outlook: Strategic Themes and Sales Forecast
IRS Section 30C Alternative Fuel Vehicle Refueling Property Credit
Industry analysis
Electrek: New EV sales drop 28% in Q1 2026, but used EVs surge 12% to near-record levels
Electrek: Data centers are cutting power to homes, driving homeowners to solar and batteries
Everged: The 2026 State of Sustainable Fleets Report Signals a Major Shift in the EV Charging Market
Frequently Asked Questions
What are the key EV market trends from Q1 2026?
New EV sales declined about 28% year-over-year and settled near 6% share, while used EV sales rose roughly 12% on lease-return supply. The user base is broadening toward renters and higher-mileage drivers who depend more on public and workplace charging.
Does the used EV surge mean fewer public chargers are needed?
No. It shifts optimal placement. Expect rising demand at multifamily, workplace, and value retail sites, with uneven gains on corridor-only DCFC unless paired with local dwell-time coverage.
How should landlords handle Section 30C timing?
Confirm eligibility and schedule construction to achieve placed-in-service by June 30, 2026. Missing the credit can extend payback meaningfully, especially where demand charges are material.
Do sites need both NACS and CCS in 2026?
Yes, in most public contexts. Many 2020–2023 used vehicles are CCS-only, while new models are moving to NACS. Dual-provisioning mitigates turn-aways until the transition is substantially complete, likely 2027+.
How do fleets change charging economics?
Fleet duty cycles often pencil without consumer credits. For industrial and logistics properties, charging becomes a lease requirement. Underwrite landlord capex against tenant operational benefit with appropriate cost recovery in the lease.
Next Steps
Convert the Q1 reset into an underwriting plan you can execute in 60 days.
Pull local used EV inventory and registration mix; size NACS/CCS accordingly.
Run a three-scenario model (low/base/high) for L2 and DCFC using utilization bands above and your tariff data.
Decide where L2 is an amenity (lease retention) vs. where DCFC must be paired with BTM storage.
Lock a placed-in-service path for Section 30C by sequencing permits, interconnection, and commissioning.
Stress-test uptime and O&M with SLA-backed providers; set a spares and parts plan.
