NKM Mobilities installs Tritium fast chargers in Hungary

NKM Mobilitas will install 12 of Tritium’s Veefil-RT 50kW DC fast chargers along main traffic routes in Hungary during the second half of 2018. The roll-out is part of a wider ambition to establish a charging network throughout the country. The company is a subsidiary of National Utilities, the state Hungarian provider which supplies gas and electricity to households in the country. NKM Mobilitas plans to work with local governments and municipalities to implement 100 e-chargers across Hungary by the
July 18, 2018 Read time: 2 mins

NKM Mobilitas will install 12 of %$Linker: 2 Internal <?xml version="1.0" encoding="utf-16"?><dictionary /> 4 35953 0 link-external Tritium false /sections/general/news/tritium-delivers-high-power-charges-for-evs-to-germany/ false false%>’s Veefil-RT 50kW DC fast chargers along main traffic routes in Hungary during the second half of 2018. The roll-out is part of a wider ambition to establish a charging network throughout the country.

The company is a subsidiary of National Utilities, the state Hungarian provider which supplies gas and electricity to households in the country.

NKM Mobilitas plans to work with local governments and municipalities to implement 100 e-chargers across Hungary by the end of the year under the name Mobiliti.
 
Szabolsc Balogh, managing director of NKM Mobilitas, says the chargers use liquid cooling technology to reduce future maintenance requirements.

“There is no need for regular filter replacement as is common with air cooled fast chargers,” Balogh adds.

The firm is also considering looking into charging solutions for B2B customers such as retail networks, shopping centres, bank offices delivery businesses and transporters.

Related Content

  • Pilomat improves road block surface product
    March 21, 2018
    Italian firm Pilomat is showing off the latest version of its surface-mounted hydraulic road blocker at Intertraffic. Designed to increase security at access points to residential, commercial and industrial areas, the Road Blocker Surface has been made more functional and safe with “aesthetical and mechanical improvements”, the company says. It is now “compact and easy to integrate into any urban space”. The first prototype was displayed at the last edition of Intertraffic two years ago. It previously ha
    Read More
  • Dundee launches call for real-world testing of transport technology
    February 8, 2018
    Dundee City Council has launched a call of almost £1m ($1.3m) on behalf of the city’s Mobility Innovation Living Laboratory, which is looking for new products, services and business models that can be trialled using the city as a test-bed. The request is part of a joint venture to create and bring together smart mobility knowledge with a deadline for submissions on the 2 March 2018. Proposals are sought into five lots which include advanced mobility services for the public; advanced fleet services
    Read More
  • Nokia celebrates growing ITS presence
    March 20, 2018
    Visitors to the Nokia stand will undoubtedly come away with a new appreciation for the company as a growing global player in intelligent transportation systems (ITS), highway and smart city innovation. And we are not talking about aspirations. Take just one example: Nokia is the networking technology partner for GeneSys on a 10-year contract for Highways England in the UK. Nokia is responsible for delivering an IP/MPLS critical communications network for the National Road Telecommunications System (NRTS
    Read More
  • Toyota unveils online map for traffic in Japan
    July 18, 2019
    Toyota has released an online map which provides information on road closures and natural disasters in Japan. The company says users can check data from the past hour to 24 hours and carry out searches on areas of heavy traffic. The real-time data is based on the T-Connect/G-Book telematics service information from communications systems in Toyota’s vehicles, and the map is accessible from a smartphone, computer or other devices.
    Read More

Highlighted Content