What is a carbon footprint and why it matters

A machine's carbon footprint is the amount of greenhouse gas (CO₂) it releases while operating. Each litre of diesel burned emits about 2.68 kg of CO₂, so a machine running thousands of hours a year can easily emit hundreds of tonnes.

Electric machines have no tailpipe emissions, but their electricity comes from the grid, so the footprint depends on the country's generation mix (Turkey ≈ 0.42 kg CO₂/kWh). Electric machines usually emit far less carbon than diesel, and this advantage grows as the grid gets greener.

To make CO₂ tangible we use a 'tree equivalent': a mature tree absorbs about 21 kg CO₂ per year. So '100 tonnes of CO₂ a year' equals roughly what 4,700 trees would capture in a year.

Carbon is now a financial issue, not only an environmental one. With the EU's Carbon Border Adjustment (CBAM), the carbon cost embedded in exports is increasingly scrutinised — using low-emission equipment can become a direct cost advantage for exporters.

How to buy heavy machinery

The first decision is new vs used. New machines offer warranty, current emission standards and predictable maintenance; used machines lower the upfront cost but require careful checks of history, hours and condition.

The second decision is authorised distributor vs direct import. A distributor provides spare parts, a service network, training and warranty. Direct import can lower unit price but shifts customs, certification (CE), parts access and service responsibility to the buyer.

Financing is usually via leasing or a loan. Leasing preserves cash and can offer tax advantages; buying outright lowers total cost.

The most common mistake is looking only at the sticker price. The right approach is Total Cost of Ownership (TCO): purchase + fuel/energy + maintenance + operator + downtime − residual (resale) value — exactly what this platform computes. Parts availability, service proximity and resale value matter more than price over the long run.

Machinery by sector and the work they do

Ports & Terminals: Reach stackers, terminal tractors and empty-container handlers stack and move containers. In these busy 24/7 sites fuel and maintenance costs are critical, and electric reach stackers are spreading fast.

Construction & Infrastructure: Excavators (digging), wheel loaders (moving material), dozers (grading), graders (road profile) and rollers (compaction) are the core machines. The right machine mix defines site productivity.

Mining & Aggregates: Large excavators, giant haul trucks, drill rigs and crushers are used. At this scale fuel and tyre/wear costs dominate total spend.

Logistics & Warehouse: Forklifts, telehandlers and stackers handle pallets and loads. Indoors, electric forklifts are standard due to emissions and noise.

Road & Asphalt: Pavers, rollers and milling machines carry out surfacing; precise laying and compaction are essential for quality.

Concrete: Mixers and concrete pumps deliver concrete to site and to height. In Agriculture & Forestry, tractors, combines and forest machines (harvester/forwarder) do the work.

Turkey's machinery market, imports and exports

Turkey is both a large market and a rising production hub for heavy machinery. Per İMDER (the Turkish association of distributors and manufacturers), about 14,767 machines were sold domestically in 2024, with thousands of forklifts/stackers on top of that figure.

Machinery manufacturing is one of Turkey's largest export sectors. In 2024 total machinery exports hit a record ~US$28.3 billion, while machinery imports were ~US$39.6 billion. Construction and mining machinery are among the top exported sub-branches.

The largest export markets are Germany, the US, Russia and the UK. Turkey's geography — close to Europe, the Middle East, North Africa and Central Asia — makes it a regional distribution and production hub, which is why many global brands are evaluating investment and assembly in the country.

Two big shifts lie ahead: electrification and carbon regulation. Electric machines and trucks (e.g. electric reach stackers and e-trucks) cut fleet cost and emissions, while the EU's CBAM turns low carbon into a competitive advantage for exporters.

Diesel or electric?

Electric machines usually cost more to buy than diesel; the real gain shows up in operation. Electricity is generally cheaper than diesel, and electric machines have markedly fewer maintenance items (oil, filters, after-treatment).

So in most scenarios an electric machine overtakes diesel after a certain 'break-even' point. The more annual operating hours, the sooner the electric advantage kicks in. This platform's comparison screen shows exactly that break-even month and the total cost gap.

When deciding, consider: daily/annual operating hours, charging infrastructure and time, electricity vs diesel prices, incentives, and carbon cost (CBAM). For short, low-hour use diesel can still make sense; for intensive, fixed-route and indoor applications electric usually wins.