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⚡ Rail Electrification Savings Lab

Plan a railway upgrade like an engineer: compare diesel and electric trains, estimate carbon saved, calculate payback time, and decide whether the project is smart for passengers and long-term value.

Design the upgrade

annual operating saving
tonnes CO₂ saved/year
simple payback
journeys improved/year

Project report

Electrification can cut fuel costs, improve acceleration, reduce local pollution, and make railway journeys quieter. This simplified model turns a big transport decision into manageable maths.

Press calculate to compare the diesel route with an electric upgrade.
    TrainsEngineeringCarbon mathsFinancial freedom

    Electrification challenges

    Mission 1: Fast payback

    Can you make the commuter line pay back in under 15 years without changing the route length?

    Mission 2: Freight climate win

    Choose the freight scenario. How many tonnes of CO₂ are saved, and why do heavy trains change the result?

    Mission 3: Build-cost detective

    Raise build cost from £2m to £6m per mile. What happens to the investment case?

    Mission 4: Passenger impact

    Find a setup that improves more than 10 million passenger journeys per year. Which variable matters most?