Knowledge Center

We are happy to share our smart charging expertise! Our EV fleet charging and energy management content library contains materials to help you along your electrification journey, wherever you may be.

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New
Cloud vs. Local Whitepaper

Whitepaper

Cloud vs. Local
Load & Energy Management: An overview of cloud-based vs. local solutions
New
Title image of Whitepaper: OCPP vs. Modbus

Whitepaper

OCPP vs. Modbus
A comprehensive overview of two key protocols in e-mobility charging systems
ChargePilot Box und Keba

Blog

Vendor neutrality: Why open charging and energy management is best for your charging infrastructure

A charging and energy management system is essential for your own charging infrastructure. You should always pay attention to vendor neutrality. Below, we explain why.

Moderne Wohnanlage

Blog

Apartment meters vs. shared meters in residential properties – Which electricity meter is the right one for your charging solution?

As electromobility becomes increasingly important in Germany, the number of public charging points is steadily increasing. But in the private sector, many apartment owners and tenants don’t have the option yet of charging their electric car in their apartment block’s underground car park due to a lack of infrastructure.  

E-Transporter stehen an Ladesäulen

Blog

Load management: How to reduce the costs of your charging infrastructure with smart charging

Efficiency, flexibility and stability: with the right load management, your charging infrastructure becomes the backbone of your company fleet. We explain how you can effectively reduce your setup and operating costs.

Electric car charging

Blog

Vehicle-Grid-Integration (VGI or V2G) projects of The Mobility House: What coffee, an island and a football stadium have in common

Our energy future began with a cup of coffee. However, the electricity for this did not come from a distant power station – but from an electric car in the underground car park. In 2015 in the first German vehicle-to-grid (V2G) pilot project ever, the technology company used the battery of a Nissan Leaf as an additional energy source for the home network of its building.