Ecomobility

When we hear the term ecomobility, many of us think of electric cars and the need to reduce the carbon footprint of transport in general. However, the concept is much broader and is already becoming part of our everyday lives, even if some of us may not have noticed it yet.

Ecomobility refers to systems and environmentally friendly, energy-efficient means of transport aimed at minimising the negative impact of the movement of people and goods on the natural environment. Unlike electromobility, which focuses exclusively on electrically powered vehicles, ecomobility encompasses a broad transport ecosystem aimed at supporting the sustainable development of urban agglomerations and regions.

Key pillars of ecomobility

Low- and zero-emission transport: Hydrogen-powered buses, trams, trolleybuses, metro systems, as well as private and fleet electric vehicles.

Micromobility: The use of conventional and electric bicycles, scooters and personal mobility devices.

Supporting infrastructure: An extensive network of vehicle charging stations, cycle paths and integrated interchange hubs.

Pedestrian infrastructure: Creating safe pedestrian zones, green areas in cities and limiting heavy internal-combustion vehicle traffic in city centres.

Why is the development of ecomobility so important?

Health protection: Direct reduction of smog, particulate matter (PM2.5 and PM10) and nitrogen oxides in the air.

Climate: Reduction of greenhouse gas emissions, mainly CO₂, generated by the road transport sector.

Quality of life: Reducing traffic noise in cities and congestion through more efficient public transport.

Economy: Using renewable energy sources (RES) to power vehicles makes transport less dependent on fluctuations in fossil fuel prices.

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