Skip to main content

Siemens unveils new EV charging solutions at Traffex

Siemens is to launch new DC rapid electric vehicle (EV) charger at Traffex 2015, complementing the company’s proven range of electric vehicle (EV) charging solutions. Designed to conform to all industry standard charging protocols and interfaces, the new single-outlet, wall-mounted QC24S rapid charger provides a DC output at 24kW and can be supplied with a CCS or CHadeMO connector on a tethered lead, capable of charging all compatible vehicles. Charging from zero to 80 per cent in less than 60 minute
April 8, 2015 Read time: 2 mins
189 Siemens is to launch new DC rapid electric vehicle (EV) charger at 136 Traffex 2015, complementing the company’s proven range of electric vehicle (EV) charging solutions.

Designed to conform to all industry standard charging protocols and interfaces, the new single-outlet, wall-mounted QC24S rapid charger provides a DC output at 24kW and can be supplied with a CCS or CHadeMO connector on a tethered lead, capable of charging all compatible vehicles.

Charging from zero to 80 per cent in less than 60 minutes, this new lightweight unit can be deployed as part of a charging infrastructure network, with back-office connectivity provided over industry-standard OCPP protocol. Customised and available in a range of colours with built-in 3G and LAN communications, the QC24S rapid charger is simple to operate.

The charger can be supplied with an integrated SLD4 loop detector enabling inductive loops to be used to monitor the occupation status of the charging bay. This data can be combined with the charger status and transmitted back to the back office via the OCPP protocol or be transmitted to other third-party back offices using cloud-based technology.

Siemens is also rolling out a firmware upgrade to all networked EV chargers that allows the chargers to be monitored, controlled and upgraded remotely. This interface can run independently of, or in parallel with, conventional back office interfaces.

Related Content

  • AGD’s new radar begins on-street trials
    December 17, 2013
    On-street trials of AGD Systems’ latest intelligent radar detection system, the 318, developed for the detection and monitoring of vehicles in single lanes or highways environments, are now under way in the UK, Taiwan, South Africa, Turkey and Qatar. The new above-ground intelligent radar detector has been designed in response to market demand for accurate strategic detection, the new radar is equipped with an intuitive, Bluetooth-enabled graphical user interface allowing users to configure and set cust
  • Developments in signal head lens technology
    February 3, 2012
    Heads and tails Leading manufacturers of traffic signal systems discuss developments in signal head technology as well as some of the legacy issues which affect future deployments Transparent model of Dambach's ACTROS.line technology, showing the bus electronics in the signal head Cowls could be superseded by the greater use of lens technology
  • Technology advances improve enforcement
    July 26, 2012
    Across the board, technology is being brought to bear to improve the efficiency of enforcement. Bus lane monitoring, parking and controlled access have all benefited from systems introduced in recent months. While speed and red light infringements tend to attract the most attention, there remain several other areas of enforcement where automation can bring significant operational and efficiency benefits. Lane monitoring and access control also continue to benefit from technological development.
  • Connected vehicle data promises advanced weather warning
    August 29, 2012
    Connected vehicle research and development is being aimed at improving driver safety and mobility, but is also promising advanced weather monitoring and warning systems. Sheldon Drobot reports. Over the last few years, the United States’ Federal Highway Administration (FHWA) and Research & Innovative Technology Administration (RITA) have joined forces to promote safety, mobility and the environment through a new connected vehicle initiative. This aims to enable wireless communication between vehicles, infra