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The measurements are made for each floor and direction throughout the day. The EGCS measures the people flow in a building by counting the number of passengers boarding and alighting at each elevator stop and passengers’ calls. To transport passengers to their destinations fast and without waiting, modern EGCS use advanced mathematical optimization algorithms and passenger traffic forecasts to adapt to the possible changes and uncertainties in the traffic. The main task of the EGCS is to dispatch the elevators to passengers’ calls. The elevators are typically combined into groups, and the elevators in the same group are controlled by an elevator group control system (EGCS).
Elevator traffic analysis high rise software#
Modern elevators contain many sensors and software designed to move people safely and comfortably inside the buildings. This ongoing research forms the basis for the development of efficient vertical transportation systems, as well as advanced people flow and evacuation planning tools which provide important decision support for building designers. This article describes some key advances in people flow and building safety modeling based on several years of collaborative research carried out by KONE Corporation, one of the global leaders in the elevator and escalator industry, and Systems Analysis Laboratory of the Aalto University. In addition to smooth and efficient people flow, the quality of a building depends on safety, especially on fast evacuation in an emergency situation.
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In the urban world, elevators often form the core of the buildings, whose value is thus largely dependent on their performance and the vertical transportation system as a whole. In 2014, more than half of the total global population was living in an urban environment. Photo courtesy of | © Inspirestock International By Juha-Matti Kuusinen, Janne Sorsa, Marja-Liisa Siikonen, Henri Hakonen and Harri Ehtamo