3 emerging technologies for more sustainable mobility

Sustainable mobility is a priority in the fight against climate change, and technology is its biggest ally. Three emerging technologies are accelerating the transition to cleaner mobility: electric and hybrid vehicles, smart charging infrastructure and new energy storage technologies. In this article we explain each one and look at how to measure their impact on your carbon footprint.

This article focuses on passenger and urban mobility. If you are interested in freight, you can read about the emerging technologies for transport decarbonisation.

1. Electric mobility: electric and hybrid vehicles

Electric vehicles are at the forefront of sustainable mobility. Their battery-powered motors eliminate direct greenhouse gas emissions and reduce both dependence on fossil fuels and air pollution.

At Manglai we help you quantify the impact of adding electric vehicles to your fleet, accounting for both direct emissions (Scope 1) and the indirect emissions associated with the electricity used to charge them (Scope 2).

Hybrid vehicles, a step away from full electrification

Hybrid vehicles combine a combustion engine with an electric motor, which lowers consumption and emissions. There are different types, from mild hybrids, which use the electric motor as support, to plug-in hybrids (PHEVs), which can cover distances in fully electric mode.

2. Charging infrastructure for electric mobility

The availability of charging points, both public and private, is key to easing "range anxiety" and encouraging the adoption of electric vehicles.

With Manglai's dashboards you can see the geographic distribution of your vehicles and plan the installation of charging points strategically, optimising fleet efficiency.

What is smart charging and what is it for?

Smart charging optimises the charging process by taking advantage of cheaper electricity tariffs and minimising the impact on the grid. Personalised recommendations help reduce costs and contribute to the stability of the energy system.

3. Energy storage for greater range

Battery energy density is decisive for range. High-density lithium-ion batteries allow vehicles to travel longer distances on a single charge, and their performance can be monitored to quantify the impact on reducing your logistics carbon footprint.

Beyond lithium

Research into solid-state and redox flow batteries opens up new possibilities for electric mobility: higher energy density, faster charging times and a longer service life.

Measure the impact of your sustainable mobility

To manage the transition, you have to measure it. In transport, the reference standard is ISO 14083, the basis of the GLEC Framework and integrated into the broader framework of the GHG Protocol and ISO 14064.

At Manglai we integrate data from different types of vehicles and storage systems to give you a complete view of your impact and help you reach your decarbonisation goals.