Skip to main content

EasyPark aims to minimise parking hassle

Motorists drive to a location to do something, not to park. Minimising the effort required to park is the aim of a new system that integrates EasyPark’s new in-car parking payment app with the forthcoming Volvo Sensus Connect in-car information and navigation system. When a motorist parks up, at a location suggested by Sensus Connect close to the driver’s stated destination, they receive a message on the dashboard display asking if they wish to start a parking transaction.
March 26, 2014 Read time: 2 mins
Motorists drive to a location to do something, not to park. Minimising the effort required to park is the aim of a new system that integrates 7693 EasyPark’s new in-car parking payment app with the forthcoming 609 Volvo Sensus Connect in-car information and navigation system.

When a motorist parks up, at a location suggested by Sensus Connect close to the driver’s stated destination, they receive a message on the dashboard display asking if they wish to start a parking transaction.

Having defined the length of time for which parking is required and confirmation given for the time period to start, the information is automatically transferred to the driver’s smartphone as they leave the vehicle.

The EasyPark app warns the driver when their time is about to run out and it can be extended via the smartphone touchscreen if necessary. Alternatively, if the driver returns to the vehicle earlier than anticipated, the amount of parking time paid for can be reduced.

EasyPark is one of several providers to have signed up to work with Volvo on the Sensus Connect and has a range of agreements with municipalities and parking providers in Europe. The parking location automatically determines to which parking provider the payment is made.

Volvo is the first OEM to adopt this type of system, which is due to become operational in May.
%$Linker: 2 Asset <?xml version="1.0" encoding="utf-16"?><dictionary /> 4 94785 0 oLinkExternal www.EasyPark.net EasyPark web false /EasySiteWeb/GatewayLink.aspx?alId=94785 false false%>

For more information on companies in this article

Related Content

  • Swiss Federal Roads Office showcases INA architecture
    October 23, 2012
    The Swiss Federal Roads Office will showcase a traffic management and control system based on a service-oriented architecture called INA (Integrated Applications). This system will allow the integration of all parties relevant to traffic management such as national and regional Traffic Management Centres (TMCs) and the police. The Zurich regional TMC will demonstrate how cooperation happens between the canton, the cities of Zurich and Winterthur as well as the national roads in the conurbation around Zurich
  • Optimast launches latest passive safety sign
    March 3, 2014
    Signpost Solutions, a UK-based specialist in passive safety since 1996, will use Intertraffic Amsterdam 2014 for the international launch of Optimast, a new range of highly competitive passively safe sign masts. The company says that Optimast plugs a gap in its ability to commercially meet the requirements for certain bending capacities which in the past would have necessitated a largely over-engineered design. Optimast was crash rested in the UK at MIRA testing grounds in Nuneaton to BS EN 12767 and ac
  • Sensys ascends to the cloud
    May 22, 2012
    All of Sensys’ wireless sensors are now being shipped with capability for use with Cloud Connect – the company’s new data hosting service. Traffic engineers can monitor an entire region’s intersections without necessity for servers or software. The technology is claimed to have completely eliminated uncertainty or guesswork over whether signal control detection equipment is working properly. Cloud Connect provides data in real-time, so there is no reason to have broken inductive loops at intersections.
  • Laser Technology latest sensors
    May 21, 2012
    Laser Technology’s third-generation S and T Series laser sensors offer the ability to profile vehicles, measure speed, count, and measure the time between vehicles all in one operation. This information can be used for real-time traffic management and trend analysis.