A Survey of Elevator Group Control Systems for Vertical Transportation: A Look at Recent Literature

Fernández, J.; Cortés, Pablo

doi:10.1109/mcs.2015.2427045

Cited by 36 publications

(7 citation statements)

References 56 publications

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“…The database in the present paper compiled (n = 101 studies ([4], [7], [9], [10]- [25], [27]- [29] and [32]- [110]) in Table A1, Appendix) comprises 66 journals' papers, 23 papers published in various International Conference Proceedings, 5 papers from Elevator World -the magazine for the international building transportation industry and 7 publications from other sources (i.e. Book Chapter, MSc thesis, Project Report among others).…”

Section: Resultsmentioning

confidence: 99%

“…This analysis starts in [15] where are investigate recent advances in elevator technology and examine their impact on tall building development via a few case studies. Another way to study vertical transportation systems (VTS) is the elevator group control system (EGCS) presented in [27] and based on traffic management. A Next Generation VTS and comparison of Circulating Multicar vs.…”

Section: Types Of Elevatorsmentioning

confidence: 99%

“…Figure 6: Framework of sustainable energy sources, smart buildings and green elevators technologies (adopted by [1], [4], [18], [15]- [17], [20], [22], [27]- [29], [112] and [113])…”

Section: O N L I N E F I R S Tmentioning

confidence: 99%

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Development and state-of-the art in green elevators technologies: A survey

Zrnić,

Dragović,

Kosanić

et al. 2023

Engineering Today

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Green elevators represent a new standard in all elevator facilities. This paper analyzes all new technologies that need to be applied, and this refers to the energy efficiency of the drive, the use of a different configuration, and the changed components on the elevator. This paper also deals with models that change the classic motion of the elevator and emit low energy consumption. It is of the key importance to show which countries strive to replace all their plants with new configurations and regulations, where the most important fact is to perform an impact assessment on an annual basis. The main goal of this paper is to show that all components designed at the experimental level should be introduced into standard plants and reduce their production cost. From a comprehensive analysis of the previous research, it is concluded that the most significant advantages are achieved by using new electrical schemes, components , and energy sources that are not connected directly to the power distribution grid. At the end, from the corresponding literature, it is concluded that many major manufacturers in the elevator industry have to apply the modern technology from their development centers to existing standard elevators, in order to meet all new ecological and emission standards.

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Section: Resultsmentioning

confidence: 99%

Section: Types Of Elevatorsmentioning

confidence: 99%

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Development and state-of-the art in green elevators technologies: A survey

Zrnić,

Dragović,

Kosanić

et al. 2023

Engineering Today

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“…In order to accelerate the evacuation process and shorten the TCT of the building, the design of EEDS incorporated a number of specialized elevator dispatch mechanisms. One of the most frequently employed methods in regular elevator dispatch is sectorization [28]. By separating the building into zones, sectorization can increase the handling capacity of elevator systems and reduce elevator wait times.…”

Section: ) Upper-level Strategiesmentioning

confidence: 99%

Towards a Smart Elevator-Aided Fire Evacuation Scheme in High-Rise Apartment Buildings for Elderly

et al. 2022

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Staircase evacuation is the major means of fire evacuation for current high-rise residential buildings. However, its feasibility may be questioned as more and more senior citizens live there in the future. The weakness in physical strength and mobility impairment of elderly people may impede the successful implementation of staircase evacuation. It is therefore reasonable to consider using elevators for overall evacuation in high-rise residential buildings. However, enhancing the fire protection of elevators and efficiently controlling the elevator-aided evacuation operations are two major difficulties for applying elevators in building fire evacuation. Recently, the use of smart control for building facility management has become a hot issue in built environment studies. An enabling solution for smart elevator-aided building fire evacuation (SEABFE) is proposed in this article. The solution supports the SEABFE by determining the safer and more efficient elevator-aided evacuation strategy based on real-time fire ground and evacuation progress on the scene. A simulated case study of fire evacuation in a typical high-rise residential building shows that the proposed SEABFE can be successfully performed. Apart from keeping the elevator operation safe, the planned elevator-aided evacuation strategy may save 38.0% of the time compared with the strategy using only staircases in the scene.

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“…Total kapasitas angkutan vertikal bangunan adalah faktor penting dalam keberhasilannya sebagai bekerja, hidup, atau fasilitas layanan. Elevator harus mudah dapat diakses, tersedia, proporsional dan memberikan kualitas dan layanan yang handal [4].…”

Section: A Elevatorunclassified

Rancang Bangun Alat Transportasi Vertikal Menggunakan Atmega328

Perdana¹,

Sirait

2019

JTE

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Abstrak—Semakin dibutuhkannya transportasi vertikal dengan biaya terjangkau tetapi tetap memenuhi standar keselamatan, diperlukan banyak inovasi yang sesuai dengan teknologi saat ini yaitu salah satunya menggunakan mikrokontroler sebagai kontrol basis utama mengoperasikan beberapa system kerja alat transportasi vertikal, salah satunya dirancang prototype lift dengan media yang relatife kecil dan mudah didapatkan yaitu Arduino. Alat transportasi vertikal dirancang menggunakan sebuah mikrokontroler berbasis arduino sebagai kontrol operasi utama lift, motor gearbox sebagai pengungkit pergerakan arah timing belt antara bandul dan sangkar lift, akrilik dipilih sebagai bahan prototype lantai, longdrat sebagai tiang pancang utama, kanal U berbahan akrilik juga dipilih sebagai rail untuk membatasi pergerakan sangkar dan bandul supaya tetap pada jalurnya, push button spst dipilih sebagai tombol pemanggil sangkar lift, pengarah tujuan lift dan emergency stop sangkar lift ketika terjadi masalah pada system, lampu led sebagai indicator arah tujuan sangkar lift dan posisi sangkar lift, batangan tembaga sebagai media level lantai. Penelitian ini mampu menghasilkan prototype dari sebuah lift dan sesuai dengan cara kerja lift dikehidupan nyata. Waktu tempuh satu lantai 12 detik dengan tinggi lantai 20 cm maka kecepatan dirumuskan (jarak tempuh antar lantai)/(waktu tempuh)=(20 cm)/(12 detik) = 1.6666667cm/det. Dalam pengoperasian alat simulator ini dalam waktu 8 jam mampu melayani 170 kali perjalanan bolak balik

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A Survey of Elevator Group Control Systems for Vertical Transportation: A Look at Recent Literature

Cited by 36 publications

References 56 publications

Development and state-of-the art in green elevators technologies: A survey

Development and state-of-the art in green elevators technologies: A survey

Towards a Smart Elevator-Aided Fire Evacuation Scheme in High-Rise Apartment Buildings for Elderly

Rancang Bangun Alat Transportasi Vertikal Menggunakan Atmega328

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