Schneider Electric, a global provider of energy management and automation solutions, has partnered with The Mobility House Solutions, a specialist in smart charging technology, to support the deployment of electric vehicle (EV) charging infrastructure. The collaboration focuses on implementing dynamic energy and load management systems for high-power charging (HPC), with applications for in-depot and in-transit charging of electric trucks, buses, and passenger vehicles.
Advancing Fleet Electrification
The partnership is designed to address the growing demand for decarbonization in transportation. According to the IEA, private vehicles accounted for over 25% of global oil consumption and 10% of energy-related CO2 emissions in 2022, while trucks and buses contributed more than 35% of road transport emissions. Electrifying fleets such as municipal buses, logistics operations, and airport support vehicles is seen as a key step in reducing emissions and achieving energy efficiency.
Integrated Solutions for Charging Infrastructure
The collaboration combines Schneider Electric’s expertise in energy management with The Mobility House Solutions’ charging technologies, offering an integrated approach to deploying and managing EV infrastructure. These solutions aim to optimize energy use, reduce costs, and improve grid management while ensuring efficient and cost-effective charging for various types of vehicles.
Schneider Electric Contributions
- Global support for EV charging infrastructure projects.
- Advanced energy management systems for improved efficiency and cost control.
- Scalable power solutions to accommodate growing demand.
- Expertise in minimizing capital expenses for faster implementation.
The Mobility House Solutions Contributions
- ChargePilot®, a platform for managing charging and energy use.
- Experience with fleet operations and heavy-duty depots.
- Smart charging solutions that leverage dynamic energy pricing to manage costs.
This partnership seeks to streamline the deployment of EV charging infrastructure, contributing to the broader transition toward sustainable and energy-efficient transportation.
