Skip to main content

Busem installs e-paper displays at 14 smart bus stops in Pisek

Busem, part of ČSAD autobusy České Budějovice a.s (CSAD), is using Papercast’s solar-powered e-paper displays to create smart bus stops at 14 major locations across the city of Písek in the Czech Republic. The displays are designed with the intention of improving the day-to-day passenger experience and fuel wider adoption of bus services. It also aims to provide passengers with dynamic arrival information based on the actual position of the vehicles on the route as well as immediate updates on service or
November 17, 2017 Read time: 2 mins

Busem, part of ČSAD autobusy České Budějovice a.s (CSAD), is using Papercast’s solar-powered e-paper displays to create smart bus stops at 14 major locations across the city of Písek in the Czech Republic. The displays are designed with the intention of improving the day-to-day passenger experience and fuel wider adoption of bus services. It also aims to provide passengers with dynamic arrival information based on the actual position of the vehicles on the route as well as immediate updates on service or connection disruptions due to abnormal traffic conditions.

The project is part of a wider real-time passenger information platform, including a bus position tracking system, which integrates with the Papercast data management platform to deliver content to the displays. E-paper displays will show line numbers, routes from bus stop, actual arrival times and closest connections. It will also show messages for significant service changes and promote important city information, news and events.

Papercast’s displays come with night time LED illumination for readability in all lighting conditions and are intended to use less power than an LCD display. In addition, the panels are securely mounted to existing bus stops and connected wirelessly to the cloud-based data management platform to reduce civils work. Protected by a ruggedized IP65-rated enclosure, the platform is in continual development and can be remotely updated and managed.

Radek Novotný, company executive at BNV Consulting, responsible for delivering the solution for CSAD, said: “The overall purpose of this project is to increase public transport usage by substantially improving the quality of services – using advanced and sustainable technologies. In Pisek, the bus stops provide the gateway to the service, the point where people decide whether and what services will be used. Timely and accurate service information is the absolute foundation to passenger certainty and confidence that transport services are well managed and predictable.”

Related Content

  • Phoenix rises to the Smart City challenge
    December 10, 2015
    Andrew Bardin Williams looks at the City of Phoenix where voters backed a $30bn plan to revamp its transportation network to cultivate a more connected community. According to a Land Use Institute study, half of all Americans and even more millennials (63%) would like to live in a place where they do not need to use a car very often. The City of Phoenix is putting in place plans to revamp its urban development and transportation policies to meet these changing quality of life perceptions.
  • System predicts train delays and informs response
    February 25, 2016
    David Crawford looks into the near-term future for Stockholm’s rail commuters. Swedish rail operator Stockholmståg, which runs commuter services in and around the country’s capital, is claiming a world first with the introduction of its automated Pendelprognosen (commuter prognosis) service. Developed to enable the prediction of delays as much as two hours before they are likely to occur, this offers the operator the scope for much earlier remedial action than previously - for example by filling in the expe
  • Mobinet counters weighty cross border concerns
    November 9, 2017
    A Mobinet pilot is combining onboard weighing with V2X comms to streamline vehicle weight enforcement. David Crawford reports. Pan-European, cross-border weigh-in-motion (WIM) for trucks is now a practical possibility, following successful Scandinavian trials within the EU-co-funded Mobinet (Internet of Mobility) programme. New technology is using strain sensors, located on load-bearing components and routinely installed in truck fleet management systems.
  • Kapsch delivers truck parking connected vehicle system
    March 13, 2013
    Kapsch TrafficCom North America (Kapsch), part of Kapsch TrafficCom Group, has been selected by engineering and construction company HNTB and the Michigan DOT (MDOT) to deliver a truck parking connected-vehicle system at five sites along the I-94 corridor in Michigan. Kapsch will supply 5.9 GHz Dedicated Short Range Communications (DSRC) in-vehicle units and roadside equipment with customised application software that together provide drivers with real-time truck parking availability information from MDOT f