A recent CleanTechnica article made a simple but important point: electric cars are better — subsidies or not.
That statement sounds almost banal now, yet it still cuts straight through one of the most persistent myths in the EV debate: that electrification is artificial, policy‑propped, or somehow fragile without government support.
It isn’t.
Subsidies don’t create the superiority of electric vehicles. They merely shorten the time it takes for reality to be widely experienced.
They win because they literally pay for themselves.
Top 10 Reasons EVs Beat ICE — Today, On Every Meaningful Metric
This isn’t a future promise. It’s current reality.
- Total Cost of Ownership (TCO) — Lower energy costs, minimal servicing, fewer parts, and longer component life mean EVs often undercut ICE vehicles over the ownership cycle.
- Energy Efficiency — EV drivetrains convert ~75–90% of energy to motion. ICE wastes most of it as heat. Physics decides this one.
- Maintenance & Reliability — No oil changes, gearboxes, exhausts, timing belts, or complex engine systems. Less to break means less downtime.
- Performance — Instant torque, smooth acceleration, and low centre of gravity deliver better real‑world driving, not just spec‑sheet numbers.
- Convenience — Home charging turns refuelling into a background task. You wake up full. For apartments and dense cities, workplace, curbside, and fast‑charging networks are scaling rapidly. Time is money.
- Software & Upgradability — EVs improve over time via software. ICE vehicles are frozen at purchase.
- Energy Independence — EVs can be powered by local electricity, rooftop solar, or off‑peak grid supply. ICE locks you into global fuel markets.
- Integration with Energy Systems — EVs can interact with homes, grids, and storage (V2H, V2G, VPPs). ICE cars are isolated consumers.
- Noise, Vibration, Harshness (NVH) — Quieter, smoother operation isn’t a luxury; it’s a quality‑of‑life upgrade.
- Supply‑Chain Viability — Automotive supply chains depend on volume. As ICE sales shrink, suppliers, tooling, parts availability, and resale economics degrade non‑linearly. EV supply chains scale up as ICE collapses. This isn’t preference — it’s industrial math.
It’s Not Just a Car
An ICE vehicle is a fuel‑burning appliance.
An EV is a mobile energy asset.
It sits at the intersection of transport, energy, software, and storage. It can consume, store, optimise, and increasingly provide energy services.
That’s why EVs scale differently.
That’s why they compound value.
That’s why the comparison keeps breaking in the same direction.
This Was Never About “Green”
For years, EVs were framed primarily as an environmental sacrifice — something you should do, not something you’d want to do.
That framing was always wrong.
Electric vehicles are not better because they are greener.
They are greener because they are better.
From first principles:
- Electric drivetrains are simpler
- Energy conversion is vastly more efficient
- Torque is instant
- Maintenance collapses
- Noise disappears
- Software becomes central, not peripheral
This isn’t ideology. It’s physics, engineering, and systems design.
Experience Is the Killer Feature
People don’t switch to EVs because of policy papers.
They switch because of lived experience.
Once you’ve:
- Charged at home instead of visiting fuel stations
- Driven smoothly without vibration or noise
- Stopped servicing engines full of moving parts
- Used software to pre‑condition, schedule, and optimise
…the comparison becomes asymmetrical.
ICE vehicles start to feel like legacy machinery — not because they’re immoral, but because they’re inefficient, inconvenient, and over‑engineered for a problem electricity already solved.
Subsidies Don’t Change the Curve — They Shift It Left
This is where the subsidy debate goes wrong.
Subsidies don’t make EVs better.
They don’t force adoption.
They don’t prop up a weak technology.
They simply move the adoption curve forward in time.
Cost curves still fall.
Learning curves still compound.
Scale still does what scale always does.
Remove subsidies, and adoption slows — temporarily.
Remove the advantages, and adoption would stop.
Those advantages are structural, not political.
Bettrification Is a System Rewrite
EVs aren’t just a product swap. They’re part of a broader civilisational upgrade — what I call Bettrification.
Electrification enables:
- Software‑defined optimisation
- Automation
- Intelligence
- Integration with energy systems
- Storage, flexibility, and resilience
An ICE vehicle is a dead‑end node.
An EV is a networked asset.
Once a system crosses that threshold, reversal isn’t just unlikely — it’s irrational.
The Market Already Knows
The shift isn’t theoretical — it’s visible in sales data.
From 2016 to 2026, global new‑car sales moved from near‑total ICE dominance to a clear, accelerating transition toward NEVs. To anchor this in numbers: ICE still represented ~95% of global new‑car sales in 2020, but by 2025 ICE had fallen to roughly ~75%, as NEVs reached ~25% and crossed from niche into mass adoption. What began as low‑single‑digit adoption crossed the critical inflection point once EVs reached real scale, real choice, and real cost advantages.
The chart above makes the change unmistakable:
- 2016: ICE vehicles accounted for ~99% of new car sales
- 2020: Early acceleration begins as battery costs fall and model choice expands
- 2023–2026: Adoption steepens as EVs move from niche to default consideration
This is the classic S‑curve in motion. Once consumers experience lower running costs, better performance, and daily convenience, reversion doesn’t happen.
Losing one in four customers in just five years isn’t a transition — it’s a collapse.
ICE decline is no longer speculative — it is mathematically inevitable.
Every year EV share grows, the remaining ICE market becomes smaller, older, less profitable, and harder to sustain. Scale breaks in one direction only.
By the mid‑2020s, the question stops being “Will EVs win?” and becomes “How quickly does ICE collapse?”
This is why:
- EVs continue to gain share even as incentives fluctuate
- Countries with weaker subsidies still see strong adoption
- Resistance increasingly sounds cultural, not technical
Markets don’t reward virtue.
They reward better tools.
Electric vehicles are simply better tools.
Common Objections — Already Collapsed
“EVs only sell because of subsidies.”
Subsidies don’t create demand — they reduce friction. Cost, performance, and convenience create demand.
“Charging infrastructure isn’t ready.”
Infrastructure follows utilisation. It always has. Fuel stations didn’t precede cars.
“Batteries won’t last.”
Modern EV batteries routinely outlast engines and transmissions, with degradation measured in single‑digit percentages over hundreds of thousands of kilometres.
“ICE will always have a place.”
So did horses — until the system changed.
Conclusion: Subsidies Are the Training Wheels
Subsidies matter — but only in the way training wheels matter.
They help people start.
They don’t determine whether the bike works.
Once people live with an EV, the question stops being “why switch?”
It becomes “why would I ever go back?”
That isn’t policy.
That’s Bettrification.