Elevate Elevator Traffic Analysis And Simulation Software
Description Version 8.24 now available! If you are a current user of ELEVATE version 8.19, 7 or 6 for an upgrade! If you are a current user of ELEVATE version 7 or 6 for upgrade information. ELEVATE™ is the software used by designers worldwide to select the number, size and speed of elevators for all types of buildings. ELEVATE can also be used to demonstrate that modernizing an existing elevator installation will improve service for passengers. ELEVATE is an excellent tool for developing, testing, and demonstrating your own control systems. Some of ELEVATE'S features include: • Analysis of elevator performance in offices, hotels, hospitals, shopping centers, residential buildings, car parks, mixed use buildings, airports, public buildings, sports and leisure complexes, schools and colleges.
Elevator Traffic Analysis. Le t ’ s take one popular software tool available, for example, Elevate. “ Elevator traffic simulation procedure ”.
• This is achieved by techniques ranging from up peak round trip time calculations through to full dynamic simulation. • Dynamic simulation incorporating a graphical display of elevators responding to passenger calls. For your clients, this provides a convincing visual demonstration of your proposals. • An easy to use Windows interface. Enter basic information for a quick analysis or comprehensive data for a detailed model. • In addition to standard reports, transfer input data and results to Microsoft Excel at the click of a button.
Excel reports also include extensive additional analysis results. • Supplied with a fully comprehensive help system and user support. The price includes one year of maintenance and support. The software and manual are available for download.
A USB key is provided which unlocks the software. This key can be transferred between machines if necessary. Compatible with Windows XP, Windows Vista and Windows 7 (32 and 64 bit). ELEVATE TRAINING ELEVATE courses available: Dubai Tuesday 20th of February 2018 - Elevate Standard Training Course Wednesday 21st of February 2018 - Advanced Elevate Training Course London Thursday 15th of March 2018 - Elevate Standard Training Course Friday 16th of March 2018 - Advanced Elevate Training Course Great Missenden, UK Thursday 6th of September 2018 - Elevate Standard Training Course Friday 7th of September 2018 - Advanced Elevate Training Course for more information and to book places.
Author Bio Developed by Peters Research, Ltd. (PRL), Elevate elevator traffic analysis and simulation software has become the worldwide industry standard, used by more elevator professionals than any other traffic design product.
Their software is currently licensed to companies in more than 60 countries. We support the software with a comprehensive maintenance and support program and, in addition, provide training seminars around the world. PRL also offers supplementary services including Design Review and Elevator Traffic Surveys. The company was established in 1997 and is based in Great Kingshill, 35 miles west of London, England.
Lift traffic design can employ calculation or simulation methods. Calculation can be split into main categories: analytical equation-based methods and numerical methods. Simulation can be split into discrete event simulation and time-slice simulation.
These methods vary in the level of computational complexity, as well as their ability to arrive at a value for the required performance parameters with acceptable accuracy and under the general case. Moreover, the repeatability of the results is an important consideration, as well as the simplicity and calculation time of the method used. This technical note provides a general overview of each of the four methods. It also discusses the suitable areas of application of each of the methods, showing the strengths and weaknesses of each of the four methods. Cara Install Swf Player Di Android here. This technical note concludes by outlining the current hybrid method used by designers in lift traffic design, whereby one of the calculation methods is used to find a starting arrangement and then the design is fine tuned using one of the simulation methods (e.g. Changing speed, capacity of the lifts as well as the group control algorithm) in order to achieve the required average passenger waiting time and average passenger transit time. Practical application: This technical note provides a blueprint to lift traffic designers for the lift traffic design process.
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