Go electric, charge anywhere, with Kolbev
Summary
Electric car sharing and car rental offer many advantages, including lower operating costs, reduced environmental impact, and less maintenance. At Kolbev, we have created EV charging solutions specifically tailored for electric car sharing and car rental. Our solutions remove necessity for investment into charging infrastructure and ensure seamless, fast, reliable, and cost-effective EV charging. Kolbev helps companies and organizations fully utilize the benefits of switching to electric fleets.
Providing charging for all citizens is not easy
Problem
Cities and legislation
- Cities are banning combustion engine cars use
- More than 70% of Europeans, 80% of North Americans and 60% of Asians live in cities, most of them don’t have houses or dedicated parking spaces and will have to rely on public charging infrastructure
- Low cost enabler to meet Sustainability goals
Infrastructure
- Many car sharing parking locations and car rental destinations can’t install EV charger
- Public chargers have penalty for keeping the EV parked without charging
- Electricity companies may limit the number of chargers, charging rate and time of charging not to overload the grid.
- Poor electricity infrastructure, land ownership and regulations make installing EV chargers in cities very complex
- Costly and time-consuming infrastructure upgrades and maintenance
Automotive Market trend
- More than 200 electric vehicle models will be available by 2025
- The success of e-mobility requires better charging options for drivers
- Range anxiety caused by poor charging infrastructure is the main issue preventing drivers from buying EVs
Effortless EV charging at your fingertips
Turnkey Solutions
Unlock the benefits of electric charging, anytime, anywhere
Benefits
Additional Benefits
- Don’t drive to recharge, recharge where you are
- Bringing charging where it was impossible
- User oriented
- Self-consumption – Storage of excess energy for time-shifted self-consumption
- Microgrid (Off-Grid) – For a self-sufficient power supply independent of the higher-level power grid