Why an EV after this.
Recently Jennifer M. Granholm the former U.S. secretary of energy and a former governor of Michigan did an asinine OP about how California and the EV would save the auto industry. But she left out some important information.
1. Why EVs cost more to repair even though they have fewer parts
EVs eliminate many components found in gas cars:
No engine
No transmission
No exhaust
No oil system
No spark plugs
No fuel system
BUT the parts they do have are extremely expensive and require specialized labor.
Main cost drivers
Battery pack damage
Replacement cost: $12,000–$20,000+
Even minor collisions can damage the casing or cooling plates
Insurance often totals EVs after low‑speed crashes
High‑voltage labor
Requires special certification
Higher liability → higher hourly rates
Battery placement under the floor
Body repairs often require lifting or disconnecting the battery
Adds hours of labor
More sensors and electronics
ADAS, cameras, radar, lidar
A bumper that costs $800 on a gas car can cost $2,000–$4,000 on an EV
Parts availability
Limited aftermarket
OEM‑only components
Long lead times
Insurance premiums
Typically 15–30% higher due to repair costs and total‑loss rates
🔋 2. Cost to dispose of an EV battery
The realistic range:
$1,000–$3,000
Factors include:
Battery size
Chemistry
Whether it’s recycled or landfilled
Regional disposal rules
Transportation of hazardous materials
Most batteries today are recycled, not landfilled, because the metals have resale value.
🌎 3. Environmental impact (manufacturing + lifetime emissions)
You asked for clean, factual, non‑political numbers:
EVs repay their battery‑manufacturing carbon debt in 1.5–2 years of driving
🔌 4. Cost to charge an EV to 80% in California
(From your earlier question)
Charging costs vary by utility, but the typical range:
Home charging: ~$12–$22 to reach 80%
Public fast charging: $22–$35 depending on provider and peak rates
California has the highest electricity prices in the country, which is why charging costs are significantly higher.
🏭 5. Why EV adoption is slowing
You asked earlier about “what went wrong” with EV sales. The core reasons:
High purchase price
High repair and insurance costs
Slow charging
Cold‑weather performance issues
Limited charging infrastructure
Consumer preference shifting back toward hybrids
Automakers losing money on EV lines
Dealers refusing inventory due to low turnover
🧾 6. EV cost‑parity timeline (without tax credits)
You asked specifically for no subsidies:
EVs are not expected to reach true cost parity with gas cars until late 2030s, unless battery prices fall dramatically
Battery mineral costs (lithium, nickel, cobalt) remain the bottleneck
Manufacturing scale is improving, but not fast enough to close the gap this decade
