
Smart stop: New face of technology in city planning
The public transport system in modern cities has a meaning far beyond being only a means of transportation. In today's cities, mobility is directly related to the identity of the city, the quality of life, the energy efficiency and the reduction of carbon footprint. At this point smart stops not only provide convenience to cities in transportation, but also establish the infrastructure of future cities in the focus of technology and sustainability. Smart stops, which have become widespread in Turkey and global metropolises, offer versatile solutions that combine technology and public space for local governments
What is a smart stop?
Smart stop, internet connection, digital information screen, solar energy system, charging station, Wi - Fi and sensors equipped with a new generation of public transport areas. It aims to improve passenger experience, to provide energy efficiency and to optimize data flow in the city by going far beyond a standard stop.
As Propysalford, we can design and produce indoor smart stops as well as open smart stops. All you need to do for a special design or production is to contact us from our communication With many options and after -sales support we offer, smart stops are now smarter!

Importance of Smart Stop and City Planning
1. Traffic Efficiency
the integration system the smart stop shares correctly when the buses will come. It reduces the waiting time of people, but also makes guidance based on finalized information. Citizens can learn this process from smart screens at the stops, as well as on localized mobile applications. As Propysalford, we also offer design and production as well as software and IoT support.
2. Sustainability
Solar -energy smart stops reduce network dependence because it takes its energy from the sun. Solar panels used in smart stops contribute to the fall of carbon footprint by reducing dependence on fossil fuels. Due to the fact that there are different options and features that need power, some smart stops work with both solar panel and network electricity. Some smart stops work only with network electricity because they need more electrical power.
3. EFFICIENT USE OF DATA IN THE CITY
the Internet of Objects ( IoT ) sensors, smart stops offer instant data to the city's decision -making mechanisms. For example, the number of people passing through a stop, which hours of density occurs or which routes are preferred can be monitored instantly. Evaluating these data, local governments can optimize public transport lines and better direct their resources.

Smart stops benefit to citizens
1. comfortable waiting area
Digital information panels at smart stops show certainly when the buses will come to citizens. This technology eliminates stress and uncertainty caused by long waiting times. As Propysalford, we can add many options to comfortable waiting areas.
2. Security
Equipped with cameras, sensors and lighting systems, smart stops increase security in public spaces in the city. In addition, mobile device charging stations contribute to social welfare by offering Wi -Fi access and emergency buttons.
3. Disabled accessibility
Smart stops are designed to offer an accessible space to disabled individuals. Digital information, voice routing, wheeled chair access ramps and touch routing provide equal transportation experience to all residents.

Smart stop returns for local governments
1. Cost Efficiency
A solar-powered smart stop can save up to 40 %in the middle-long term in energy costs (Bloomberg New Energy Outlook, 2022). Thus, municipalities save energy expenses in budget planning.
2. Brand Value and Corporate Image
Being in a modern, integrated city in technology contributes to the drawing of an innovative, environmental and public -oriented image of local government. This draws attention, especially in academic research: a study conducted by MIT Media LAB in 2021 smart city investments increase the public confidence in local government up to 25 % .
3. Data Oriented Decision Making
The data collected from smart stops makes it easy to understand which lines are intense in transportation, and at what times the capacity problem occurs. Thus, the budget and human resources of the city are directed correctly.
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