kWhPrice

Cost to Charge Chevrolet Blazer EV on Mercedes-Benz HPC

Verdict

A full charge for the Chevrolet Blazer EV on Mercedes-Benz HPC costs $32.64 at 40¢/kWh. That is $19.18 more than home charging at the national average rate. The equivalent cost per 100 miles is $12.22.

Full Charge (80%)

$32.64

Half Charge (50%)

$20.40

Per 100 Miles

$12.22

Charge Time

26 min

Mercedes-Benz HPC vs Home Charging

ScenarioMercedes-Benz HPCHome (16.5¢/kWh avg)Difference
Full Charge (80%)$32.64$13.46+$19.18
Half Charge (50%)$20.40$8.42+$11.99
25% Top-Up$10.20$4.21+$5.99

Home Charging Cost Variation by State

Compare Mercedes-Benz HPC (40¢/kWh) against home charging in each state. In some states, public networks become competitive.

StateHome RateHome Full ChargeMercedes-Benz HPCHome Saves
North Dakota10.92¢$8.91$32.64+$23.73
Nebraska11.76¢$9.60$32.64+$23.04
Missouri11.8¢$9.63$32.64+$23.01
Idaho12.07¢$9.85$32.64+$22.79
Arkansas12.35¢$10.08$32.64+$22.56
Louisiana12.46¢$10.17$32.64+$22.47
Oklahoma12.62¢$10.30$32.64+$22.34
Iowa12.83¢$10.47$32.64+$22.17
Wyoming12.85¢$10.49$32.64+$22.15
Montana12.86¢$10.49$32.64+$22.15
Utah12.88¢$10.51$32.64+$22.13
Tennessee13.1¢$10.69$32.64+$21.95
South Dakota13.6¢$11.10$32.64+$21.54
North Carolina13.68¢$11.16$32.64+$21.48
Washington13.81¢$11.27$32.64+$21.37
Nevada13.98¢$11.41$32.64+$21.23
Mississippi14.24¢$11.62$32.64+$21.02
Kentucky14.27¢$11.64$32.64+$21.00
Kansas14.29¢$11.66$32.64+$20.98
Georgia14.46¢$11.80$32.64+$20.84
Oregon14.66¢$11.96$32.64+$20.68
New Mexico14.7¢$12.00$32.64+$20.64
West Virginia14.77¢$12.05$32.64+$20.59
Minnesota14.98¢$12.22$32.64+$20.42
South Carolina15.41¢$12.57$32.64+$20.07
Arizona15.61¢$12.74$32.64+$19.90
Texas15.69¢$12.80$32.64+$19.84
Virginia15.87¢$12.95$32.64+$19.69
Florida15.92¢$12.99$32.64+$19.65
Alabama16.06¢$13.10$32.64+$19.54
Indiana16.19¢$13.21$32.64+$19.43
Illinois16.36¢$13.35$32.64+$19.29
Colorado16.44¢$13.42$32.64+$19.22
Delaware16.51¢$13.47$32.64+$19.17
Ohio17.59¢$14.35$32.64+$18.29
Wisconsin18.2¢$14.85$32.64+$17.79
Washington D.C.18.5¢$15.10$32.64+$17.54
Michigan19.52¢$15.93$32.64+$16.71
Pennsylvania20.19¢$16.48$32.64+$16.16
Maryland20.61¢$16.82$32.64+$15.82
New Jersey23.13¢$18.87$32.64+$13.77
Vermont23.29¢$19.00$32.64+$13.64
Alaska25.52¢$20.82$32.64+$11.82
New Hampshire26.32¢$21.48$32.64+$11.16
Connecticut28.3¢$23.09$32.64+$9.55
New York28.37¢$23.15$32.64+$9.49
Rhode Island30.14¢$24.59$32.64+$8.05
California30.29¢$24.72$32.64+$7.92
Maine30.73¢$25.08$32.64+$7.56
Massachusetts31.16¢$25.43$32.64+$7.21
Hawaii39.79¢$32.47$32.64+$0.17

Practical Notes: Blazer EV on Mercedes-Benz HPC

The Blazer EV's NACS+CCS port plugs directly into Mercedes-Benz HPC stalls — no adapter needed. Check the Mercedes-Benz HPC app before your first session to confirm which connector your target station uses — mixed-connector deployments are common in 2026.

On a session-by-session basis, the Blazer EV's 190 kW peak charging speed is well-matched to Mercedes-Benz HPC's DC fast hardware. Expect a 10→80% charge in roughly 18 min. Real-world times run 10–20% longer due to charging taper and battery preconditioning.

Cost-wise, one $32.64 full charge on Mercedes-Benz HPC represents $0.10 per mile of driving — about 9.8¢/mile. A gas equivalent at 30 mpg and $3.50/gal is roughly 11.7¢/mile, so this charging session is still cheaper than gas. Over 15,000 miles/year, exclusive reliance on Mercedes-Benz HPC would cost roughly $1,832.34/year in fuel — a meaningful delta compared to mostly-home charging (~$755.84/year).

For most Blazer EV owners, the realistic use-pattern for Mercedes-Benz HPC is road trips and occasional top-ups — not primary fueling. If you live in an apartment or condo and rely on public charging as your main option, factor in the per-session pricing with no membership option. For regular home charging in a specific state, check our home vs public analysis and your Blazer EV state-by-state breakdown.

Data sources: Mercedes-Benz HPC published rate card; EPA fueleconomy.gov; manufacturer specs; EIA residential electricity averages. Charging speed and effective cost vary with temperature, state-of-charge, and station power.