The Uncomfortable Answer To The Uncomfortable Question

In a recent Automotive News Canada column, Greg Layson posed what he called an “uncomfortable question”: why are Chinese electric vehicles so affordable?

His answer rested on three pillars: weak labour standards, coal-fired power, and bottomless state subsidies.

It is a comforting narrative for Western automakers currently struggling to compete.

It suggests the price difference between Chinese EVs and all other EVs is not a failure of engineering or strategy, but rather the result of an uneven playing field in which the rules of engagement have been superseded by subsidies, dirty energy, and poor working conditions.

But that’s not the whole story.

When you deconstruct the cost of building an EV, the factors Layson points to are not the primary drivers of the China-versus-rest-of-the-world price gap.

Some of them are real issues.

None of them is exactly the main event.

The uncomfortable truth is not that Chinese automakers are getting away with something.

It is that Chinese automakers are out-engineering, out-scaling, and out-integrating all other OEMs.

The February 2026 Rhodium Group report identifies six distinct structural advantages that account for the cost delta between Chinese and other manufacturers’ EVs, and none of them are subsidies, coal, or cheap labour.

Vertical Integration. For decades, automakers have outsourced their supply chains, spinning off in-house parts divisions into independent Tier 1 suppliers to reduce upfront capital costs.

BYD took the opposite path. It manufactures approximately 80% of Tier 1 components in-house, more than twice Tesla’s 37% share, including its own battery cells, electric motors, and power electronics.

By eliminating supplier markups (estimated at an average gross margin of 22% for Chinese auto suppliers), BYD saves roughly $2,369 per vehicle compared to a Tesla Model 3 built in the same country.

Lower Overhead: R&D and SG&A. Layson’s column does not mention research and development costs, but they are a massive factor in vehicle pricing.

BYD actually spends more on R&D in absolute terms than many other OEMs. The difference is that it spreads that cost across far more vehicles and employs large engineering teams at local salary rates.

Adjusted for automotive revenue, BYD spends approximately $930 per vehicle on administrative expenses and $1,373 on R&D, a combined $2,302 per vehicle.

Tesla spends $4,021 per vehicle on the same work efforts. That overhead gap alone is worth an estimated $1,719 per vehicle in BYD’s favour.

Supplier Payment Float. In 2023-24, BYD took an average of 155 days to pay its suppliers. Leapmotor stretched to 225 days. Tesla paid in 60 days; Volkswagen in 43 days; Toyota in 41 days.

By delaying payments, Chinese OEMs effectively use their suppliers as interest-free lenders, reducing their own financing burdens.

Rhodium estimates this practice provides BYD with a cost advantage of approximately $214 per vehicle. Beijing has started pushing back on the most extreme payment delays, but enforcement remains modest.

Battery Chemistry and Supply Chain Dominance. China made an early strategic bet on lithium iron phosphate (LFP) battery chemistry, while other automakers largely dismissed it in favour of higher-energy-density nickel manganese cobalt (NMC) cells.

By 2025, LFP pack prices hit a record low of $81 per kWh, compared to $128 per kWh for NMC, a $47-per-kWh gap. LFP uses iron and phosphate rather than cobalt and nickel, and China controls the refining and processing of the minerals that feed both chemistries: over 70% of global lithium refining, 85% of cobalt processing, and approximately 98% of finished graphite production.

China’s battery manufacturers, led by CATL, produced roughly 80% of global battery output in 2024. That supply chain depth gives Chinese OEMs preferential access to the single most expensive component in an EV at costs other OEMs simply cannot match.

Preferential Financing. Chinese OEMs benefit from access to state-directed capital at below-market rates. Tesla’s own Shanghai operations, for example, accessed a CNY 20 billion working capital facility at interest rates 1.18 percentage points below China’s Loan Prime Rate.

For domestic Chinese OEMs, these financing advantages are more pronounced. A lower cost of capital reduces the hurdle rate for factory investment and compresses the financing costs embedded in vehicle pricing.

Technology Licensing Non-Compliance. Most OEMs pay approximately $20-$32 per vehicle in 4G/5G standard-essential patent licensing fees through the Avanci pool.

Chinese OEMs have largely avoided paying these fees, and China’s market regulator has issued warnings to Avanci over alleged monopolistic conduct.

Rhodium conservatively estimates this saves Chinese OEMs around $50 per vehicle, though the advantage will erode as Chinese automakers expand internationally and face litigation in other courts.

The full picture, per Rhodium, looks like this:

State subsidies, the factor Layson’s column centres on, rank near the bottom of this list.

A brutal domestic price war has pushed Chinese automaker profit margins to historic lows, forcing further cost discipline rather than rewarding complacency.

With that context established, the three claims in Layson’s column deserve a closer look.

Layson points to BYD’s inclusion on Brazil’s forced-labour registry as evidence of how Chinese automakers keep costs down. The 163 workers rescued in December 2024 were employed by a third-party construction subcontractor, not BYD’s own manufacturing workforce.

A Brazilian labour court suspended the listing pending judicial review. Similar subcontractor violations emerged at BYD’s Hungary plant.

These are serious supply chain failures.

They are also not unique to China.

A 2024 US Senate inquiry found that BMW, Jaguar Land Rover, and Volkswagen had all sourced parts from a supplier sanctioned for forced labour.

Layson is on firmer ground when noting the general wage gap between Chinese and North American autoworkers. That gap is real and should be stated plainly. A BYD production worker earns roughly $7-$8 USD per hour in base wages, with total compensation estimated at $10-$12 per hour.

A UAW-represented Big Three worker at the top of the pay scale earns approximately $40-$42 per hour in base wages, rising to an estimated $88 per hour in total compensation, including benefits and pension contributions, following the landmark 2023 contract.

Unifor-represented workers in Canada reach a comparable top rate of approximately $44.52 CAD per hour.

On total compensation, the gap is roughly 8-to-1.

That gap is real.

But as the cost table above shows, it translates to only $1,647 per vehicle, the third-largest factor, behind vertical integration and overhead costs.

The reason the 8-to-1 compensation gap does not produce an 8-to-1 price gap is automation.

China installed 295,000 industrial robots in 2024, more than the rest of the world combined. BYD’s Xi’an facility operates at approximately 97% autonomy.

Fewer labour hours per vehicle means the wage rate matters less with every passing year.

The labour argument is not wrong.

It is simply losing relevance at the speed of a robotic arm.

Layson argues that “cheap, dirty coal” powers Chinese EV manufacturing, giving Chinese automakers an unfair cost advantage over Western producers operating on cleaner, more expensive grids.

He is right about the coal.

China’s grid remains heavily coal-dependent, with the IEA estimating that coal accounted for 61% of electricity generation in 2023. That is a legitimate environmental concern that complicates the lifecycle emissions math of Chinese EVs.

But Layson is wrong about the economics.

Coal is not a pricing mechanism for electric vehicles.

As the cost table above shows, energy accounts for only 1-4% of a vehicle’s direct manufacturing cost. Even if China’s electricity were entirely free, it would not close the price gap with other automakers. The grid is also changing faster than critics acknowledge. Coal’s share of China’s electricity generation fell in 2025 for the first time since 2015, with clean sources reaching 42% of generation, now in line with the global average.

Layson’s final pillar is state subsidies; he argues that Beijing’s financial backing makes fair competition impossible.

It is true that China heavily subsidized its EV industry in its early years.

But pointing fingers at China today requires ignoring the industrial policy happening in our own backyard.

Canada has committed $50 billion to secure Western EV battery plants and assembly lines, including up to $13 billion for a single Volkswagen gigafactory. The Parliamentary Budget Officer estimates Canada will take 20 years to break even on just two of those deals.

The US Inflation Reduction Act deployed hundreds of billions more in tax credits, grants, and consumer incentives.

When China subsidizes EVs, industry commentators call it systemic manipulation.

When Canada or the US does it, they call it industrial strategy.

Both descriptions are accurate.

The more decisive point, which Layson misses, is that China’s industry has largely outgrown the need for these funds. Beijing omitted EVs from its 2026-2030 five-year plan’s strategic industries list, signalling the end of the very subsidies critics cite.

Industries that rely on state support as a crutch do not willingly discard it.

China is sunsetting EV subsidies precisely because its automakers are now mature, globally competitive, and no longer need them.

This is not to say Western automakers have nothing to complain about.

Two concerns hold up to scrutiny.

China’s automotive industry was built in part on forced technology transfers from foreign joint-venture partners, a documented historical practice that allowed domestic firms to leapfrog decades of R&D.

Data security is also a genuine and pressing issue. Modern EVs are essentially rolling sensor platforms, and the US has moved to ban Chinese vehicle connectivity hardware from 2027 models over espionage concerns. But even here, context is required.

A 2023 Mozilla Foundation study found that all 25 major car brands it reviewed, including Ford and GM, were “privacy nightmares on wheels” that collected and often sold personal data without meaningful consumer consent.

The vulnerability is industry-wide. The answer is a comprehensive data privacy law that applies to every automaker, not a selective ban on Chinese cars.

Layson asks the right questions but arrives at the wrong conclusions.

Chinese EVs are affordable because of engineering discipline, financial strategy, and a decade of brutal domestic competition, not exploitation.

The price gap is structural, multi-layered, and largely the result of choices other automakers made over decades when they outsourced their supply chains, failed to innovate, and ceded battery chemistry to China.

Tariffs and trade barriers provide temporary relief for legacy automakers, but they will not solve the underlying math.

The response to China’s EV dominance must be innovation, deep integration, and significant investment in robotics.

Or else one day, all cars will be made in China.

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