Municipalities & Tourism Regions
E-bike charging infrastructure for your region.
Make your region a featured destination in the bike-energy app.
Trusted by tourist regions and municipalities in the Alps
Why E-Bike Charging Infrastructure
E-bike tourism is on the rise. Your infrastructure will determine whether you benefit from it.
More and more cyclists are riding electric bikes. They specifically head to regions that offer charging infrastructure. They pass right through regions that don't.
Visible in the app, visible on routes
Each station appears in the bike-energy app once it has been approved. E-bike riders plan their day trips based on these charging points.
Funding opportunities
bike-energy charging systems are recognized under many funding programs for sustainable mobility and KEM projects. Check with your regional funding agency for more information.
Frequency for Local Businesses
Make your business the region's favorite spot. Those who are invited stay—and those who stay come back.
Competitive Advantage Based on Location
Tourism regions are increasingly being evaluated based on their transportation infrastructure.
From the charging station to the e-bike region.
Connect individual locations to form a regional e-bike network. Centrally managed, visible in the app, and scalable across your entire region.
A uniform system across all locations
Whether it's a town center, a bike path, or a mountain lodge, every charging station uses the same technology, the same charging cable standard, and the same app. E-bike riders experience their region as a single network, no matter where they charge.
All locations managed centrally
With CONNECT, you can view the status of every station in your region in real time—updates, utilization, and outages. Everything through a single portal, whether you have two stations or twenty.
Visible in the app. As a region.
Each station automatically appears in the bike-energy app. E-bike riders see their region as a connected charging network and plan their routes accordingly. That’s what sets a municipality with a charging station apart from an e-bike region.
Proven in Regions
Municipalities that are already charging vehicles today.
A look at regions that are already leveraging charging infrastructure as a competitive advantage.
How to Get Started
From analysis to the finished region.
1
Needs Assessment
We analyze your region: visitor traffic, bike paths, existing infrastructure, and location potential. You’ll receive a clear recommendation regarding the number and placement of stations.
2
Technical Planning
Each station requires 230V household power. We assess what is feasible at each location and plan the configuration: station type, charging bays, installation, and branding.
3
Funding opportunities
bike-energy charging systems are recognized under many funding programs for sustainable mobility and KEM projects. Check with your regional funding agency for information on current programs.
4
Installation and commissioning
Delivered fully assembled, installed, and connected. Your region is now visible on the bike-energy network.
Ready for your charging system?
Let us advise you without obligation and we will find the right station for your location.
Frequently asked questions
A bike-energy e-bike charging station requires only a standard 230V outlet—just like a regular electrical outlet. Electric car charging stations require a 400V power supply. Since all charging stations are delivered fully pre-assembled, no special installations or additional wiring are necessary. The connection should be made by an electrician.
Yes, bike-energy charging stations are eligible for funding in many regions—at the federal, state, and municipal levels. Funding is available, among other things, through active mobility programs, klimaAktiv initiatives, and municipal tourism projects.
The installation effort for a bike-energy charging station is minimal—all you need is a 230V outlet. All stations are delivered fully pre-assembled and, thanks to optional stands (POINT & LINE models) or a base plate (TOWER model), can be set up freestanding without requiring a foundation. In most cases, no structural preparations, excavation work, or special fixtures are necessary. The electrical connection must be performed by a qualified contractor.
Yes, all bike-energy charging stations are fully weatherproof and built to be vandal-resistant. They are "Made in Austria" using high-quality materials and are TÜV-tested, CE-compliant, and ISO 9001 certified. Charging can be done safely in any weather—rain, snow, or heat. This robust design has proven itself since 2011 across more than 3,000 installed stations in 19 countries.
Yes, multiple bike-energy charging stations can be easily connected to form a regional network—both technically via bike-energy CONNECT and through the bike-energy app. This creates a comprehensive e-bike charging infrastructure that guides visitors through the region and connects tourism businesses with one another. Through online monitoring, operators can centrally manage all locations, analyze charging activity, and deploy OTA updates. Ideal for tourism regions, cities, and mountain rail networks.
Ja, bike-energy Ladestationen sind modular aufgebaut und ermöglichen das gleichzeitige Laden mehrerer E-Bikes. Je nach Modell – POINT, LINE oder TOWER – können von 2 bis hin zu 5 Ladepunkten pro Station realisiert werden. Dank über 25 kompatibler Ladeanschlüsse können verschiedene E-Bike-Marken parallel und unabhängig voneinander geladen werden.
Fire hazards at bike-energy charging stations are reliably prevented by intelligent charging electronics with multiple safety shut-off mechanisms. The charging cables (depending on the manufacturer) communicate with the station via an integrated data storage device (EEPROM)—current flows only once the voltage and battery type have been correctly detected. If values fall outside the safe range, the system shuts down immediately. Unlike charging with private home chargers plugged into unprotected outlets, bike-energy offers a certified, TÜV-tested safety concept.
Implementing a regional charging infrastructure typically takes between 3 and 12 weeks—depending on the number of locations and the equipment. Delivery of a single charging station takes up to 3 weeks, depending on the configuration and custom wrapping. From consultation to site planning, for larger regional projects, we’re happy to create a detailed timeline—contact us for a no-obligation quote.
