Summary of "EV vs. Hybrid: What's REALLY Cheaper to Run?"

Overview

Real-world cost comparison between an electric vehicle and a hybrid over the Denver “100‑mile” loop (~106–107 miles). Both cars were driven normally (no hypermiling), at the same time of day with the same cabin temperature (68°F), to compare real-world running cost and time required to refuel/charge.

Vehicles tested

Tesla Model Y (electric crossover)
Jeep Cherokee 1.6L turbo hybrid crossover (as-driven price ~ $44k)

Sponsor / tool

Recurrent (sponsor): an EV used-car / battery tool that shows range & battery health, helps owners compare to similar vehicles, and lets sellers demonstrate battery condition.

Test procedure (useful guide / tutorial elements)

Reset Tesla Trip A and energy metrics at start to record kWh used and Wh/mi.
Keep HVAC set identical in both cars.
Precondition the EV battery before arriving at a fast charger to reduce charge time.
Use a two‑click fuel fill method for consistency: start pump, wait ~30 seconds, then click again to ensure a consistent fill measurement.
Measure time from pull‑in to pull‑out for both refueling and charging to capture real‑world time cost.

Key tech & product features discussed

Jeep Cherokee hybrid

1.6L turbo 4-cylinder + hybrid system.
EPA-rated ~37 MPG combined.
Touch-sensitive steering‑wheel detection for driver attention (no torque required).
Good lane‑centering and consistent driver‑assist behavior.

Tesla Model Y

EPA-rated ~123 MPGe combined.
Trip/energy display gives total kWh used and Wh/mi.
Autopilot / Traffic‑Aware Cruise (auto‑steer beta) behavior criticized when used without Full Self‑Driving (FSD) subscription:
- Uses torque sensor and frequently nags to put hands on the wheel.
- System can disengage or slow (regenerate) on lane changes and exit ramps; behavior described as inconsistent unless FSD is purchased.
Ability to precondition battery for faster charging.
Supercharger pricing varies by location and time; the app shows local per‑kWh rates and any congestion fees.

Measured results (Front Range, Colorado; distance ≈ 106–107 miles)

Jeep Cherokee (hybrid)

Fuel used: ~2.814 gallons
Real‑world fuel economy: ~38 MPG for the loop
Cost (at that station): $12.10 (gas ≈ $4.29/gal)
Refuel time (pull‑in to drive‑away): ~3 minutes 10 seconds

Tesla Model Y (electric)

Energy used to restore state‑of‑charge: ~24–26 kWh
Supercharger rate in this test: $0.33/kWh (plus potential congestion fees)
Cost at Supercharger: $9.19
Charge time to target SOC (pull‑in to drive‑away): ~19 minutes 25 seconds
Example home charging (used as illustration): at $0.15/kWh the same session would cost ≈ $3.60 — making the EV roughly $8–9 cheaper than the hybrid in that scenario

Conclusions and caveats

Under these local conditions (public Supercharger at $0.33/kWh, gas $4.29/gal), the Tesla cost about $3 less for the ~100‑mile loop, but charging took significantly longer than refueling.
Home charging greatly improves the EV cost advantage (example: ~$3.60 vs $12.10 — about $8–9 savings).
Results depend heavily on:
- Where and how you charge (home vs public fast charger; time‑of‑day rates)
- Local gas prices
- Driving patterns and traffic
- Vehicle trim and specifications
Additional ownership considerations include charging time and convenience versus faster refuels, driver‑assist behavior and subscription services (Tesla FSD upsell), and differences in purchase price.

Bottom line: In this specific run the EV was slightly cheaper per loop but took much longer to “refuel.” Home charging magnifies the EV cost advantage, while public fast‑charging and local conditions can reduce or reverse that benefit.