Mining Equipment Electrification Market

Fortescue’s mining fleet burned approximately 450 million litres of diesel in FY24 and produced 51% of the company’s Scope 1 emissions, figures the iron ore miner disclosed in its 25 September 2024 ASX release on a partnership with Liebherr worth up to USD 2.8 billion for about 360 autonomous battery-electric trucks, 55 electric excavators and 60 battery dozers. That diesel bill is the target of the Mining Equipment Electrification Market, which Douglas Insights sizes at USD 2.87 billion in 2025: 2,647 battery-electric and trolley-assist machines delivered, at USD 1.084 million of electrification value each including the chargers, swap stations and trolley lines they need. The base case reaches USD 11.48 billion in 2035, a 14.87% revenue CAGR built from 13.40% machine growth and 1.30% annual gain in value per machine as 240-tonne trucks join the mix. The study belongs to our mining equipment and services research, and every unit and price is reconciled under the Douglas Insights research methodology.

Which loaders, haul trucks, drills and trolley lines count as mining equipment electrification?

Five machine groups make up mining equipment electrification, and diesel-only machines plus long-established cable shovels and draglines stay outside the 2025 total of USD 2.87 billion. The groups are underground BEV loaders and trucks, underground battery drills and utility vehicles, battery and trolley-assist surface haul trucks, surface electric drills and excavators, and charging and trolley infrastructure. Four power architectures are tracked: battery-electric, trolley-assist, cable-electric (only for newly electrified drill and excavator models) and battery-as-a-service contracts, where the miner rents the pack. Mine-site generation is excluded, as is the diesel underground fleet sized in our Underground Truck Market report. A trolley truck counts only for its pantograph, drive upgrade and share of overhead line.

Why did battery-electric loaders reach underground mines years before 240-tonne haul trucks?

Underground mines moved first because a battery loader clears exhaust from a closed tunnel, and Epiroc’s own electric fleet exceeded 600 units by the end of 2025. Forty mine sites have ordered its battery machines, and more than 40% of those running them reordered. Underground mining equipment electrification has left the pilot stage.

Surface haulage is a different energy problem. A Liebherr T 264 battery truck needs up to 6 MW to recharge in 30 minutes, so ten bays draw 60 MW at peak. Every tonne of battery is a tonne of ore not carried. OEMs therefore pair packs with trolley lines on loaded ramps.

What drives the 13.40% yearly rise in mining equipment electrification deliveries?

Four forces add 13.40 percentage points a year to electrified machine deliveries, and Pilbara and Chinese surface fleet conversion supplies the largest share, 5.82 points. Fortescue’s 25 September 2024 contract covers about two-thirds of its current mining fleet, with phased supply that began in October 2023 and ends by 2030. On 29 September 2025 the miner added an order for 150 to 200 battery-electric 240-tonne trucks from XCMG, delivered between 2028 and 2030. In China, Zijin Mining already runs nearly 300 battery-electric dump trucks with 776 kWh swappable packs. Together these programmes turn surface haulage from pilot to purchase order.

Underground air-quality rules contribute 3.71 points. The European Union’s limit of 0.05 mg/m3 of elemental carbon for diesel engine exhaust took effect for underground mining and tunnelling on 21 February 2026, after a seven-year transition. US metal and non-metal mines have worked under a 160 microgram total-carbon limit since 20 May 2008. A battery loader complies by design, and a diesel loader needs ventilation air that grows with every engine added underground.

Cost parity and battery-as-a-service add 2.36 points. Epiroc reports that battery-as-a-service remains the first choice for the majority of its customers, which moves the pack off the miner’s balance sheet and narrows the upfront gap with a diesel loader. Repeat orders show the economics working: Eldorado Gold’s Lamaque gold mine in Québec is growing from 2 to 12 Sandvik battery machines after a SEK 160 million order on 19 December 2025, following a SEK 65 million order in the third quarter. A mine that buys a second batch has already tested the energy and maintenance savings on its own ledger.

Trolley-assist on copper haul ramps adds the final 1.51 points. First Quantum Minerals installed more than 15 km of overhead line across its three largest sites, ran over 500,000 km of trolley haulage in 2025 and avoided about 40,000 tonnes of greenhouse gas. Diesel use falls by up to 90% on loaded uphill hauls. Kansanshi’s fleet is planned to grow from 47 to more than 80 trolley-enabled trucks, and Boliden expects 5.5 million litres a year less diesel at Aitik and Kevitsa. Douglas Insights counts 133 large-class battery and trolley trucks delivered in 2025, the base this driver builds on. The four mining electrification drivers sum to 5.82 + 3.71 + 2.36 + 1.51 = 13.40 points.

Which bottlenecks keep battery haul trucks out of most open-pit mines?

Three bottlenecks remove 3.90 points from an unconstrained 17.30% machine growth path, and grid power is the heaviest, taking 1.74 points off mining equipment electrification volumes. A 6 MW fast charger per bay means a 360-truck fleet like Fortescue’s needs a power system sized in hundreds of megawatts, plus storage for overnight shifts. Remote copper and gold pits in Africa and the Andes often run on diesel gensets, so a new transmission line comes before the first truck.

Upfront capital removes 1.29 points. The model carries USD 2.23 million of electrification content per large-class battery or trolley truck, against USD 0.415 million for a Chinese wide-body battery truck. Even at Epiroc, electrification slipped from 4.2% of revenue in 2024 to 3.8% in 2025.

Technology readiness of large battery trucks removes 0.87 points. BHP and Rio Tinto’s two Cat 793 XE trucks at Jimblebar had logged just over 100 operating hours and more than 200 test laps when the trial was announced on 23 June 2026. Caterpillar is testing seven such trucks worldwide. First Quantum does not expect its first commercial Hitachi EH 4000 AC3 battery truck at Kansanshi before March 2028.

Which machine category makes the money in mining equipment electrification?

Battery and trolley-assist surface haul trucks lead with 31.5% of 2025 mining equipment electrification value, USD 903.5 million, and they also grow fastest.

Surface haul trucks hold their 31.5% because China ships volume: Douglas Insights estimates 1,462 Chinese battery wide-body and rigid trucks at about USD 0.415 million each, plus 133 large-class battery or trolley trucks at USD 2.23 million of electrification content. Charging and trolley infrastructure, USD 550.7 million, ranks second because every truck needs a charger, swap station or overhead line first; Zijin’s Xinjiang zinc mine runs more than 180 four-minute battery swaps a day, and mine chargers sit at the heavy end of the Industrial Battery Chargers Market. Underground BEV loaders and trucks account for USD 545.0 million, 336 units at about USD 1.62 million; early conversion explains the slowest growth, 11.34%. Surface electric drills and excavators add USD 493.3 million on 285 units, lifted by Epiroc’s Fortescue drill contract. Underground battery drills and utility vehicles contribute USD 375.7 million from 431 cheaper bolters and carriers.

Which electrified mining segment grows fastest?

Surface haul trucks grow fastest at 17.63% a year, reaching USD 4.58 billion in 2035 and capturing 42.7% of the USD 8.61 billion the market adds. Fleet size explains it: Pilbara mines run hundreds of trucks, and the Fortescue and XCMG programmes deliver between 2028 and 2030.

Do iron ore, copper, gold or coal mines buy the most electrified equipment?

Copper mines buy the most, 27.9% of 2025 mining equipment electrification value or USD 800.3 million, ahead of iron ore at 24.6%, USD 705.6 million. Trolley-assist suits deep copper pits such as Kansanshi and Aitik, while iron ore rides the Pilbara orders. Gold and precious metals take 18.3%, USD 524.9 million, mostly underground mines such as Lamaque, where ventilation savings matter most.

Coal holds 14.7%, USD 421.6 million, and Douglas Insights puts about 90% of it in Chinese open pits running battery wide-body trucks. Battery minerals take 9.2%, USD 263.9 million. South32’s Hermosa project in Arizona, a zinc, manganese and silver deposit, ordered 22 Sandvik battery machines in April 2025, and new lithium mining projects specify electric fleets early. Other minerals, including nickel at Kevitsa, make up the remaining 5.3%.

Where are mines spending most on electrified fleets, from the Pilbara to Zambia’s Copperbelt?

China leads with USD 818.6 million of 2025 mining equipment electrification spending, 28.5% of the total, on domestic battery truck volume. China reaches USD 3.38 billion in 2035 at 15.22% a year.

Asia Pacific excluding China is the fastest-growing region at 17.46% a year, rising from USD 601.4 million to USD 3.01 billion. Australia drives that rate: Fortescue aims to remove fossil fuels from land operations by 2030. North America spends USD 467.9 million, led by Canadian underground gold and base-metal mines, and grows 12.37% to USD 1.50 billion. Europe, with USD 327.1 million, grows slowest at 11.18% because Nordic mines electrified early.

Latin America spends USD 379.2 million and grows 15.09% to USD 1.55 billion, carried by Chilean and Peruvian copper pits weighing trolley lines. The wildcard is the Middle East and Africa, USD 274.1 million in 2025 and USD 1.10 billion by 2035 at 14.94%. Zambia adds 10 km of trolley line over five years; a faster Copperbelt grid build lifts the region above base.

Which manufacturers win battery-electric loader and haul truck contracts?

Douglas Insights estimates an 8.4% share of 2025 value for Epiroc, the leader, and puts the top three suppliers at 21.4% combined, so mining equipment electrification remains fragmented. Epiroc’s share rests on disclosed numbers: electrification was 3.8% of SEK 62.0 billion revenue, about USD 240.3 million at the Federal Reserve’s 2025 average of SEK 9.806 per US dollar.

Sandvik’s 6.9% rests on Toro battery loaders and trucks, and XCMG’s 6.1% on Chinese truck volume before Fortescue deliveries begin in 2028. Liebherr holds the deepest order book: the 25 September 2024 deal is the largest in its 75-year history, booked as machines are validated through 2030. Caterpillar and Komatsu compete through miner-funded trials. Zijin Mining now builds its own LK220E trucks.

How much does a battery-electric loader or trolley-ready haul truck cost a miner?

A battery underground loader or truck sells for about USD 1.63 million, the figure implied by Sandvik’s SEK 160 million order for 10 additional machines at Lamaque. The modelled band runs from USD 1.2 million to USD 2.1 million, and USD 0.4 million to USD 1.4 million for bolters and utility vehicles.

Surface prices are an order of magnitude higher. Fortescue’s Liebherr contract works out at about USD 5.89 million per machine across roughly 475 trucks, excavators and dozers. Electrification content alone averages USD 2.23 million per large-class truck. Epiroc’s Fortescue drill fleet is worth AUD 350 million, about USD 225.8 million, over five years.

The blended average of USD 1.084 million per machine rises to USD 1.233 million by 2035, a 1.30% yearly price leg. Bigger trucks lift it. Cheaper cells pull it back.

Which diesel particulate rules and carbon regulations push mining equipment electrification?

Two exposure limits and two carbon regimes shape mining equipment electrification, starting with the EU’s 0.05 mg/m3 diesel exhaust limit for underground mines from 21 February 2026. In the United States, 30 CFR 57.5060 caps diesel particulate exposure for underground metal and non-metal miners at 160 micrograms of total carbon per cubic metre over an eight-hour shift.

Australia’s Safeguard Mechanism covers every facility emitting more than 100,000 tonnes of CO2-equivalent a year, which includes the Pilbara iron ore hubs. BHP restated in its 23 June 2026 release that it remains on track for at least a 30% cut in operational emissions by FY2030 from FY2020 levels. Underground fire approval for large lithium packs remains mine-by-mine.

How far apart are the mining equipment electrification scenarios for 2035?

The spread runs from USD 7.28 billion to USD 17.41 billion in 2035, around a USD 11.48 billion base case for mining equipment electrification. The base case assumes the fleet named in Fortescue’s 25 September 2024 Liebherr contract is largely converted by 2030 and XCMG’s trucks arrive from 2028.

In the slower case the Jimblebar battery truck trial ends without a commercial order before 2030 and remote grids stay diesel. In the faster case all three restraints ease, restoring the 3.90 points they remove. Add one point to annual machine growth and 2035 revenue rises by USD 1.05 billion; take one away and it falls by USD 972.9 million. Published forecasts run from about 13.8% to 19.6% a year; the 14.87% base stays low in that band because large battery trucks are booked only after validation.

Douglas Exclusive: the battery-electric mining fleet tracker

The battery-electric mining fleet tracker is a Douglas Insights count built from 5 named fleet commitments disclosed in company and ASX releases, logged by miner, OEM, machine count, commodity and delivery window, and in 2026 it holds 689 named machines due before 2031; the XCMG order uses the 175-truck midpoint of its 150 to 200 range. Those 689 machines equal only 3.5% of the 19,607 electrified machines the base case delivers from 2026 to 2030.

Headline orders are a small, lumpy slice of mining electrification. The other 96.5% is untracked Chinese truck sales and underground replacement, so the tracker weights repeat orders above announcements. Fortescue’s USD 2.8 billion contract still equals 12.6% of the USD 22.16 billion of base-case spending from 2026 to 2030.

What methodology audit links 2,647 electrified mining machines to USD 2.87 billion?

The model multiplies 2,647 machines by USD 1.084 million to reach USD 2.87 billion, built from five segment counts across 31 mining countries grouped into six regions. Segment counts are 336 underground loaders and trucks, 431 underground drills and utility vehicles, 1,595 surface haul trucks and 285 surface drills and excavators; infrastructure is valued per machine served. Douglas Insights tallies 18 documents, 12 of them primary company, regulator or central-bank releases.

Three cross-checks hold. Epiroc’s disclosed electrification revenue of USD 240.3 million matches the model’s 8.4% share, USD 240.9 million, within 0.3%. Sandvik’s implied USD 1.63 million per Lamaque machine sits within 0.6% of the modelled USD 1.62 million. The 14.87% CAGR falls inside the 13.8% to 19.6% published range. AI tools help draft the text and automated checks test the arithmetic and links; the Douglas Insights research desk chooses the sources, builds the model and approves publication, as our editorial standards explain.

Sources

1. Fortescue / ASX Fortescue ASX release: Liebherr zero-emission equipment partnership (2024)
2. BHP BHP, Rio Tinto and Caterpillar battery-electric haul truck trial (2026)
3. Epiroc Annual and Sustainability Report 2025: Electrification (2026)
4. Epiroc Epiroc 2025 in brief (2026)
5. Epiroc Epiroc wins its largest contract ever (Fortescue drills) (2025)
6. Sandvik Sandvik wins large order for battery-electric mining equipment in Canada (2025)
7. Sandvik Sandvik to supply its largest-ever BEV fleet to South32 (2025)
8. Liebherr Liebherr and Fortescue expand zero-emission partnership at MINExpo 2024 (2024)
9. European Parliament Legislative Observatory Directive (EU) 2019/130 summary: diesel engine exhaust limit (2019)
10. eCFR / MSHA 30 CFR 57.5060 diesel particulate matter exposure limit (2008)
11. Australian Government DCCEEW Safeguard Mechanism (2025)
12. Federal Reserve Board Foreign exchange rates G.5A, 2025 annual averages (2026)