China's heavy truck electrification policy could materially lift battery demand, with CATL as the key beneficiary

Overview

Starting from China's heavy commercial vehicle electrification policy released on June 12, 2026, this report evaluates 2030 new energy heavy truck sales penetration, share of the vehicle parc, dedicated refueling/recharging infrastructure, and fiscal incentives, along with their impact on battery demand and capital goods companies. The core conclusion is that the market is underestimating China's push for heavy truck electrification and the resulting incremental power battery demand.

Core views

The report argues that the 40% 2030 new-sales penetration target for new energy heavy trucks should be viewed as a floor rather than a ceiling. China's passenger vehicle NEV penetration and renewable energy installations have significantly exceeded policy targets in the past, and heavy truck NEV penetration has already risen from 5% in 2023 and 11% in 2024 to about 25% in 2025 and about 29% year-to-date, reaching nearly 40% in May. On operating costs, higher LNG prices have weakened the economics of LNG heavy trucks, while electric heavy trucks enjoy a per-100-km cost advantage of about 40% versus LNG and 55% versus diesel, improving the feasibility of electrification penetration.

Analysis framework

The report uses policy target interpretation, comparisons with historical policy delivery, heavy truck sales and battery demand calculations, per-100-km operating cost and TCO comparisons, and maps China's electrification trend to the business exposure of Latin American capital goods companies, distinguishing direct beneficiaries, indirect beneficiaries, and companies under pressure from exposure to the traditional ICE chain.

Methodology notes

• Policy target assessmentTarget floor approach

  Treat the official penetration target as a conservative floor

  Based on China's past experience of overachieving targets in passenger vehicle NEV penetration and renewable energy installations, the report believes the 40% new energy penetration target for heavy trucks in 2030 is more likely a floor.

• Demand estimationHDT battery demand estimation

  Derive total demand from heavy truck sales, penetration, and battery demand per vehicle

  The report states that the 40% target corresponds to at least about 130GWh of heavy truck battery demand and forecasts China's commercial vehicle battery demand to rise to about 380GWh by 2030E.

• Economic comparisonPer-100-km operating cost and TCO

  Compare the operating costs and parity timeline of EV, LNG, and diesel heavy trucks

  The report compares the per-100-km costs of electric, LNG, and diesel heavy trucks and notes that under current policy, electric heavy trucks can reach TCO parity with LNG heavy trucks in about 3 years.

• Company impact mappingIndustry chain read-through

  Judge positive or negative impact on individual stocks based on business exposure

  The report maps China's heavy truck electrification trend to CATL's battery demand, WEG's electric drive and charging business, and the traditional fuel-vehicle component exposure of TUPY and LEVE.

Asset mapping & comparison

Structured mapping from thesis to named assets (strengths, weaknesses, peers, risks).

• CATL-A (300750.SZ) / CATL-H (3750.HK)

  Primary beneficiary

  Strengths

  China's heavy truck electrification policy corresponds to at least about 130GWh of domestic heavy truck battery demand, and the report notes CATL's leading position in the relevant field.

  Weaknesses

  The excerpt does not disclose any target price or earnings forecast revisions for CATL in this report.

  Comparison

  Compared with WEG's indirect benefit, CATL has more direct exposure to growth in heavy truck battery demand.

  Risks

  Policy execution, competition, the pace of heavy truck electrification, and battery price changes may affect actual benefits.

• Weg (WEGE3.SA)

  Positive read-through

  Strengths

  The company already participates in EV bus and delivery vehicle electric drive systems, charging stations, and e-mobility businesses, with products including charging equipment up to 640kW and potentially 1MW in the future, as well as electric drive systems covering light-, medium-, and heavy-duty scenarios.

  Weaknesses

  There are differences between China and Brazil in charging infrastructure and market conditions, and the report rating remains N.

  Comparison

  WEG benefits from demand for electrification equipment and electric drive systems, but the benefit chain is more indirect than for CATL.

  Risks

  There is uncertainty around the pace of infrastructure construction, commercial vehicle electrification, and order conversion in Brazil and other markets.

• TUPY (TUPY3.SA)

  Negative structural impact

  Strengths

  The report still lists TUPY with an OW rating and notes that the demand impact in its main markets such as the U.S. may unfold over a longer timeline.

  Weaknesses

  Accelerating heavy truck electrification in China may compress the addressable market for traditional cast-iron engine blocks and combustion-related components.

  Comparison

  In contrast to WEG's electrification benefit, TUPY is more exposed to the traditional ICE chain.

  Risks

  If global heavy truck electrification spreads faster than expected, valuation multiples and long-term demand may remain under pressure.

• MAHLE Metal Leve (LEVE3.SA)

  Negative read-through

  Strengths

  The excerpt does not provide a clear electrification benefit for the company.

  Weaknesses

  LEVE has about 30% exposure to HV OEMs, so heavy truck and heavy vehicle electrification may affect demand for traditional components.

  Comparison

  Similar to TUPY, LEVE faces risk from ICE-related exposure; the report rates it N.

  Risks

  The pace of customer electrification, the substitution speed of traditional engine components, and structural differences in the Brazilian market will affect the actual impact.

Key data

• Official 2030 target for new energy heavy truck new-sales penetration40%The report believes this target is more of a floor than a ceiling.
• J.P.Morgan forecast for 2030 heavy truck EV penetrationabout 50%Above the official 40% target.
• 2030 target for new energy heavy truck parcmore than 1.6mn vehicles, about 20% of fleet shareThe policy also includes regional electrification requirements and infrastructure construction.
• Target for dedicated HDT energy replenishment stationsabout 3k stationsInfrastructure construction is an important support for advancing heavy truck electrification.
• Domestic heavy truck battery demand in 2030at least about 130GWhCorresponding to the 40% penetration target, above 2025E's 93GWh.
• China commercial vehicle battery demand forecastabout 30GWh in 2022 to about 380GWh by 2030EThe report expects CAGR through 2030E to exceed 20%, above the roughly 7% growth rate for passenger vehicles.
• Commercial vehicles' share of China's EV battery demandabove 30% by 2030E, below 20% in 2025Heavy truck and commercial vehicle electrification will raise the weight of commercial vehicles in battery demand.
• Electric heavy truck operating cost per 100 kmabout Rmb128Below about Rmb217 for LNG heavy trucks and about Rmb287 for diesel heavy trucks.
• Change in LNG retail pricesabout Rmb6.2/kg in June 2026 vs. about Rmb4.2/kg in 2025LNG prices rose about 50%, weakening the economics of LNG heavy trucks.
• Company ratings and closing pricesCATL-A Rmb391.55/OW; CATL-H HK$708.50/OW; LEVE3.SA R$33.15/N; TUPY3.SA R$13.73/OW; WEGE3.SA R$45.81/NPrices as of the close on June 18, 2026.

Impact & implications

At the policy level, China's heavy truck electrification will expand the addressable pool of power battery demand and may generate direct incremental volume for battery leaders such as CATL. At the industry-chain level, charging equipment and electric drive suppliers such as WEG may benefit, while suppliers of traditional fuel-engine blocks and combustion-related components such as TUPY and LEVE face long-term addressable market contraction risk. For investors, the key is to distinguish between direct demand elasticity from electrification, indirect thematic exposure, and valuation compression risk in traditional ICE businesses.

Risks

• Although China's policy targets provide direction, there is still execution uncertainty around 2030 penetration rates, vehicle parc targets, and energy replenishment station construction.
• The economics of electric heavy trucks are sensitive to LNG prices, diesel prices, subsidies, and electricity prices; if energy prices or subsidy conditions change, the TCO parity timeline may lengthen.
• When China's experience spills over to markets such as Brazil and the United States, differences in charging infrastructure, operating scenarios, and policy incentives may weaken the strength of the read-through.
• The actual demand impact on TUPY and LEVE may be slower, but valuations may reflect the EV transition narrative in advance.
• The report discloses that J.P.Morgan has market-making, client, investment banking, or other service relationships with some of the companies discussed, and investors should pay attention to potential conflict-of-interest disclosures.

What to watch

• Whether China's monthly new energy heavy truck penetration rate continues to approach or exceed 40%.
• The actual rollout progress of dedicated HDT energy replenishment stations, regional electrification requirements, and fiscal incentives.
• Whether China's commercial vehicle battery demand grows toward about 380GWh by 2030E as projected in the report.
• CATL's market share, orders, and earnings elasticity in the heavy truck battery market.
• Order conversion for WEG's e-mobility, electric drive systems, and high-power charging equipment.
• Changes in TUPY's and LEVE's ICE parts revenue exposure, customer mix, and valuation multiples.
• The impact of changes in LNG, diesel, and electricity prices on the TCO parity timeline for electric heavy trucks.