NeoVac using the eCarUp app for charging stations
Oberriet SG – In addition to consumption-based billing for energy and water costs, NeoVac also produces bills for car charging stations installed in apartment blocks. The company has recently started using the NeoVac my Charge app for this purpose. It was developed by the Zug-based firm eCarUp AG.
NeoVac has recently started using the NeoVac my Charge app to bill consumption-based costs for e-charging stations in apartment complexes and areas. The specialist in building and environmental technology headquartered in the St.GallenBodenseeArea is, according to a press release, in this way reacting to increasing demand for e-charging stations in buildings.
The app was developed by the Zug-based company eCarUp AG. This start-up offers comprehensive software solutions to help implement charging infrastructures. Its backend system facilitates billing, monitoring, load management and maintenance processes for e-charging stations.
With its nationwide service network in Switzerland, NeoVac delivers consumption-based energy and water bills to over 400,000 apartments every year. The company, which is based in the Rhine Valley region, has set itself the aim of offering a solution for every billing-relevant measurement point in a building. “The number of new registrations of electric vehicles is increasing significantly and tenants are asking for more and more charging options”, explains Pascal Welti, Head of Energy Consulting at NeoVac. His company has now launched an app with this very purpose in mind.
The app allows drivers of electric cars to activate charging stations and pay for the energy they subsequently use. Moreover, the charging data is directly transferred to the NeoVac myEnergy app, where users can maintain an overview of their personal consumption behavior and directly access their energy bill.
In addition, NeoVac offers end-to-end solutions for e-mobility infrastructure projects with a Switzerland-wide sales and service network. Moreover, charging stations could also be controlled “depending on the PV production, battery levels and heat pump”. This would serve to increase self-consumption and the profitability of photovoltaic systems.