SESA supports MassDOT travel time network

SES America (SESA) has designed, engineered and manufactured over three hundred solar-powered embedded dynamic message signs (DMS) to be installed as part of the Massachusetts Department of Transportation’s (MassDOT)‘Go Time’ project. According to SESA, once completed, the project will provide the largest travel time network available in any state in the US, allowing motorists across the country to instantly access travel time data on major corridors across the region. Each site consists of static sig
April 6, 2016 Read time: 2 mins
7846 SES America (SESA) has designed, engineered and manufactured over three hundred solar-powered embedded dynamic message signs (DMS) to be installed as part of the 7213 Massachusetts Department of Transportation’s (MassDOT)‘Go Time’ project.

According to SESA, once completed, the project will provide the largest travel time network available in any state in the US, allowing motorists across the country to instantly access travel time data on major corridors across the region.

Each site consists of static sign panels with pre-determined destinations and travel time data for each destination displayed on DMS embedded within the static sign. The sites also contain Bluetooth readers for data collection, as well as wireless modems to send and receive the collected travel time data wirelessly.  The entire system is installed without the need for trenching and conduits to carry power and data cabling.

All components are powered from a single solar power system at each site, utilising multiple photovoltaic panels and a battery bank enclosed in an insulated cabinet to protect the batteries from heat and cold. SES America engineers designed and calculated the entire solar systems for each location which was then approved by Jacobs Engineering and MassDOT.
Location Based Systems

Related Content

  • July 4, 2012
    Meeting the challenges of smartcard fare payment
    David Crawford monitors a growing trend in contactless smartcard ticketing The north east United States has become a hive of activity in the smart fare payment arena. In October 2011, the New York Metropolitan Transportation Authority (MTA) published, as a preliminary to an imminent procurement process, the detailed concept of its New Fare Payment System (NFPS). Based on open payment industry standards, this is designed to be implemented on all MTA bus and subway services operated by New York City Transit (
    Read More
  • September 6, 2017
    Options abound for road weather sensing
    Meteorological organisations invest millions in super-computers to crunch data for ever-more accurate forecasts but inherent unpredictability means that other methods of alerting drivers and road authorities to fast-changing weather and highway conditions are essential. For years, static weather sensors to measure factors such as surface water, ice or high roadway temperatures have been embedded in highways to provide such data. But that is changing.
    Read More
  • June 29, 2022
    How public transit improves quality of life
    There are various reasons why Mobility as a Service is catching on more in Europe than the US – but there are still other ways in which access to mobility can be improved across the states, finds Gordon Feller
    Read More
  • September 26, 2019
    Sign language reduces human error says Clearview
    Wrong-way warning systems and advanced queue detection can help to reduce human error. They can also cut road accidents – and therefore road deaths, says Clearview Intelligence Where were nearly 1,800 deaths on the UK’s roads in 2018 – an average of five people dying each day. The largest single cause of serious injury is crashes at junctions (accounting for 33% of incidents), while the largest single cause of death was run-off road crashes (30%) “With vehicles increasingly being designed with saf
    Read More

Highlighted Content