Skip to main content

Next generation pay-on-foot parking for Lancashire hospital

Parking equipment manufacturer WPS, part of Imtech Traffic & Infra, has installed a new generation of pay-on-foot parking management technology on behalf of Vinci Facilities at St Helens Hospital, Lancashire, to improve the visitor and staff car parking experience and to help create a more sustainable, user-friendly parking regime.
August 13, 2014 Read time: 2 mins
RSS

Parking equipment manufacturer 7855 WPS, part of 6999 Imtech Traffic & Infra, has installed a new generation of pay-on-foot parking management technology on behalf of 5176 Vinci Facilities at St Helens Hospital, Lancashire, to improve the visitor and staff car parking experience and to help create a more sustainable, user-friendly parking regime.

At the heart of the new contract is the WPS ParkAdvance system that combines best-in-class mechanical, electronic and software engineering with the highest levels of functionality, versatility and design. It is built around a new IP-based operating system architecture that enables it to simply and directly connect with multiple technologies being deployed in hospitals and their car parks both now and in the future.
 
The easy to use pay stations feature full colour display screens that are fully configurable from a central control room, and can include audio/video instructions and a two-way video intercom to assist customers where needed.
The technology has comprehensive cash and card handling options and accommodates the latest payment technologies, integrating seamlessly with a wide range of ‘identifiers’ from bar-coded tickets, the hospital’s staffsmart cards and standard user cards through to automatic number plate recognition (ANPR).
 
ParkAdvance’s IP-based operating system also allows hospitals the option to enable authorised staff to validate tickets in a fully auditable way, directly from ward-based PC’s or bespoke validators. In the case of the St Helens Hospital, it is designed to integrate with an existing Protec proximity card issued to all staff.
 
Simon Jarvis, managing director of WPS in the UK, says that the ease of systems integration was a key part of winning the contract: “The ability to integrate the control of the St Helens Hospital parking with the future parking needs of the St Helens and Knowsley Teaching Hospitals NHS Trust was a critical factor in the decision making chain,” he said.

Related Content

  • June 9, 2015
    VMS can counter small screens’ big problems
    Lacroix Trafic’s Steve Collins believes the improving trends in road safety could go into reverse unless authorities make full use of the latest LED technology to meet drivers’ information needs. Road authorities and vehicles manufacturers could and should be far more active in countering some of the transportation industry’s major problems, according to Steve Collins export sales director at Lacroix Trafic.
  • February 1, 2012
    Growing use of PC-based systems for urban traffic control
    Siemens Mobility's Mark Bodger discusses the growing use of PC-based systems for urban traffic control. Across the ITS sector, there is a common trend of taking traffic and travel management out of the hands of bespoke solutions, realising the use of common, open-source technologies and solutions and enjoying all the attendant economies of scale and ease of use which that implies.
  • April 17, 2012
    TagMaster deployed at port installation in South Africa
    TagMaster has announced that the port of Durban DCT has selected its CombiTag Classic RFID tags that combine short range identification based on proximity technology by HID Global and long range identification technology by TagMaster, in the latest in a number of deployments made by TagMaster partner Camco Technologies at Durban Pier1 and Port Elizabeth.
  • November 3, 2014
    SESAMES Awards 2014: And the winners are…
    HARDWARE: Oberthur Technologies Lasink: integrated colour laser inside polycarbonate documents The first technology that allows personalisation of a colour picture with a single infrared laser inside a 100% polycarbonate document (passport or card). This technology also provides an extremely strong barrier against fraud and a clear and irrefutable authentication to the naked eye or under a magnifying glass.