Net-zero buildings with EcoStruxure for eMobility
Enabling buildings for an efficient future electric mobility
The transition to electric mobility will impact the energy demand in multifamily, commercial, and industrial buildings since up to 40% more energy will be required. Building owners and facility managers need to think smarter to manage their buildings' electricity loads to accommodate this increased consumption.EcoStruxure for eMobility is the solution to that challenge, providing, beyond the EV chargers, an end-to-end connected solution that is easy to install, maintains buildings' power reliability, and provides a convenient experience for EV drivers.
EcoStruxure for eMobility — Buildings applications
Discover our solutions for eMobility Buildings
EVlink Pro AC enables highly reliable, flexible, and sustainable smart charging for buildings, optimising energy consumption , maximising uptime and efficiency, and ensuring a seamless user experience for EV installers, operators, and drivers.
We are unique
- Global E2E solution provider
From the electrical switchboard to the EV end-to-end solution worldwide.
- Energy management expertise
An interoperable and scalable solution with a reliable and resilient energy management offer.
- Extensive network of partners and installers
You can rely on the Schneider Electric ecosystem of certified partners.
Safety measures for electric vehicle charging
Discover how to select EV charging solutions compliant with safety standards and regulations.
Discover software, services, and products for eMobility Buildings
- EcoStruxure™ Power Advisor
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EcoStruxure™ Power Advisor
EcoStruxure™ Power Advisor EcoStruxure Resource Advisor -
EcoStruxure Resource Advisor
EcoStruxure Resource Advisor
We cover the entire lifecycle
Discover eMobility services
Optimise the cost of your eMobility infrastructure and extend the life span of your assets with commissioning services, warranty extension, services plan, and remote assistance.
Learn more about eMobility in buildings
How smart charging helps to decarbonise buildings
Smart EV charging technology helps building owners and managers achieve all-electric mobility while meeting sustainability goals and energy demands.
Read more on our blogHow buildings will solve the puzzle of electric cars
The tenfold increase in EVs highlights the role of buildings in providing EV charging infrastructure. Discover how the charging behaviour of EV drivers will affect energy use in buildings.
Read the blogSafety measures for electric vehicle charging
Discover how to select EV charging solutions compliant with safety standards and regulations. Check the essential safety requirements and solutions that fulfil them.
Read our blogeMobility solution for new residential buildings
Design a scalable and service-ready infrastructure for electric vehicles. Our solution provides residential buildings with a sustainable and compliant EV charging infrastructure.
Explore our customer stories for eMobility
Explore our customer stories for eMobility
Renault uses EcoStruxure for eMobility to install and manage its electrical vehicle charging infrastructures at the Guyancourt location.
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EcoStruxure for eMobility
EcoStruxure for eMobility provides a holistic solution beyond the charging infrastructure, where the whole electric mobility ecosystem is connected to deliver a resilient, efficient, and sustainable EV charging experience for building and business owners, fleet operators, homeowners, and, in general, for EV drivers wherever they are.
Discover moreBuildings of the Future
Buildings are much more than places where we work and play. They should be reliable, efficient and comfortable. Transform your building into a more connected, intuitive and intelligent space with EcoStruxure Building.
Learn moreElectric vehicle charging Wiki
Electric mobility is a whole concept, including key insights such as the different AC and DC charging modes and the time needed to charge an EV car. At Schneider Electric, we define basic concepts in several topics to highlight electric vehicle charging, power infrastructure, distribution network, and microgrid.
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