ELECTRIC VEHICLES
Electric Vehicles (EV) are at the centre of the evolution of public transport, private transport services and the wider energy transition towards mobility as a service. In cities, EVs significantly reduce noise, air pollution, and greenhouse gas emissions. However, EV readiness requires infrastructure planning and tariff setting to incentivise charging at times when the grid has capacity. Therefore, Cities are actively planning for the transition to electric mobility.
Electric Vehicles
Electric Vehicles (EV) are at the centre of the evolution of public transport, private transport services and the wider energy transition towards mobility as a service. In cities, EVs significantly reduce noise, air pollution, and greenhouse gas emissions. However, EV readiness requires infrastructure planning and tariff setting to incentivise charging at times when the grid has capacity. Therefore, Cities are actively planning for the transition to electric mobility.
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Battery Electric Vehicles vs non-Plug in Hybrids vs Conventional Passenger Cars: Spreadsheet Tool
This is an open source spreadsheet calculator for comparing the greenhouse gas emissions of conventional internal combustion engine powered passenger cars to that of battery electric vehicles (charged from the national grid) and non-plug in hybrids1 in the South African context (SEA, 2016).
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