EV Charging-as-a-Service Integrates With Solar and Energy Storage For Buildings in Switzerland

As electric vehicle adoption accelerates across Europe, building owners face mounting pressure to provide EV charging without disrupting operations or facing high upfront costs. That’s why a new collaboration between Eaton, a global leader in intelligent power management, and AMP IT, a Swiss innovator in smart EV charging, is making waves.

Together, the two companies are launching a pioneering project aimed at scaling EV charging infrastructure across multi-residential, office, industrial, and logistics buildings—without requiring those building owners to invest in or maintain the equipment themselves.

The project, recently recognized and supported by the Swiss Federal Office of Energy under its RechargeAuPoint program, represents a major step forward in simplifying and accelerating EV charging deployments in Switzerland and beyond.

A Turnkey Solution for Building Owners

One of the key innovations of the Eaton–AMP IT partnership is its “charging-as-a-service” model. Rather than purchase, install, and manage EV charging systems, building owners can now delegate ownership and operation to AMP IT, a company that specializes in financing, installing, and managing smart charging solutions.

This arrangement lowers the barrier to entry for property managers and developers, allowing them to offer state-of-the-art EV charging amenities while keeping capital expenditures off their books. For EV drivers, it means greater access to reliable charging options where they live and work.

Buildings as a Grid: Turning Properties into Smart Energy Nodes

At the heart of the collaboration is Eaton’s innovative Buildings as a Grid concept, which reimagines buildings as dynamic energy systems capable of producing, storing, and distributing power intelligently. By integrating solar panels, battery storage, and advanced energy management tools, Eaton enables buildings to operate like microgrids—balancing their own energy needs while also responding to broader grid demands.

AMP IT layers its own proprietary AI-driven smart charging software on top of this infrastructure to ensure that EV charging is optimized, flexible, and cost-efficient. This means charging happens when energy is clean and cheap—such as when solar production is peaking—and slows or pauses when the grid is under strain or prices are high.

The result is a system that can significantly increase the use of on-site renewable energy, reduce pressure on the power grid, and lower electricity costs for users. One of the project’s primary goals is to boost the use of self-generated solar energy for EV charging by 30% across Switzerland.

An Ecosystem Approach to Energy Innovation

What makes this initiative even more impactful is its ecosystem of partners, curated by AMP IT. These include publicly traded real estate funds, leading energy and construction firms, local utilities, and academic institutions. By aligning these stakeholders around a common goal—scalable, sustainable EV charging—AMP IT and Eaton are turning ambitious ideas into operational reality.

In this model, AMP IT not only installs and manages the hardware, but also provides the software intelligence needed to coordinate solar production, battery charging, and EV load management in real time. Eaton, meanwhile, ensures the physical systems are resilient, scalable, and ready for future energy demands.

A Scalable Blueprint for Europe

While the initial deployment is focused on Switzerland, the Eaton and AMP IT business model is designed to be replicable across Europe. With rising EV adoption, increasing pressure on urban grids, and new building codes requiring EV infrastructure, there is growing demand for solutions that make EV charging more accessible and affordable.

Eaton and AMP IT are preparing to roll out similar models in other EMEA markets, where building electrification and decentralization of energy systems are strategic priorities.

This collaborative approach also aligns with broader EU policy goals around climate neutrality, energy independence, and infrastructure modernization. By reducing grid strain, integrating renewables, and incentivizing more efficient energy use, this partnership supports both national and EU-level decarbonization goals.

Cost Savings and Energy Security

One of the most exciting prospects for end users is that EV charging could become more affordable if cost savings from smart energy management are passed through. By leveraging on-site solar, building operators and EV drivers can avoid high peak-time electricity rates. AMP IT’s smart charging logic ensures that vehicles are charged when energy is cheapest or most sustainable—potentially leading to meaningful reductions in electricity bills for tenants and residents.

At the same time, the system’s ability to shift charging away from peak grid hours enhances grid reliability and energy security. In a time of growing electrification, this kind of flexibility is essential for ensuring that supply and demand remain in balance.

A Smarter, Cleaner, and More Collaborative Energy Future

Eaton and AMP IT’s project is more than a smart charging pilot—it’s a proof of concept for a smarter, cleaner, and more collaborative energy future. By combining financing, cutting-edge hardware, AI-driven optimization, and multi-stakeholder coordination, the model shows how we can rapidly scale EV infrastructure without creating bottlenecks or burdening property owners.

As demand for EVs continues to grow, and as governments push for more resilient and distributed energy systems, partnerships like this will play a vital role. Eaton’s legacy in intelligent power management and AMP IT’s focus on clean mobility make them a powerful duo in shaping what comes next.

This is not just about plugging in cars—it’s about plugging buildings into the grid in smarter ways, making every EV charger a strategic asset in the clean energy ecosystem.

EVinfo.net’s Take: The US Needs This

The race to electrify transportation is accelerating in the United States—but for many building owners, providing reliable, scalable EV charging infrastructure remains a major challenge. High upfront costs, complex permitting processes, and concerns about grid impact are holding back progress, especially in multi-tenant residential, office, and logistics properties.

Bringing the Eaton–AMP IT EV Charging Model to the United States: A Smarter Way to Electrify Buildings

Eaton and AMP IT’s service-based approach to EV infrastructure, that eliminates the ownership burden for property managers, while integrating renewable energy and improving grid stability, would be most welcome in the United States.

In the U.S., this concept could dramatically accelerate the rollout of EV charging in places where it’s currently lagging: apartment complexes, office parks, distribution centers, and even municipal facilities. Just as solar developers have used power purchase agreements (PPAs) to scale rooftop solar, a “charging-as-a-service” model can allow EV infrastructure to grow without the friction of asset ownership.

Perhaps the most exciting aspect of bringing this model to the U.S. is the opportunity to reimagine how buildings interact with the grid. Rather than passive energy consumers, buildings become active energy managers—generating solar power, storing it, and dispatching energy intelligently to EVs or the grid.

This is a major shift in how we think about the built environment—and it’s perfectly aligned with emerging trends in virtual power plants (VPPs), microgrids, and energy-as-a-service platforms.

By bringing charging as a service to U.S. buildings—and integrating solar, storage, and grid intelligence along the way—we can unlock a future where every parking lot is a power plant, every EV is an asset, and every building is part of the solution. Let’s do this!