ИССЛЕДОВАНИЕ ЭФФЕКТИВНОСТИ ФУНКЦИОНИРОВАНИЯ АСОЗ ПТЛ НА МОРСКОМ ЗЕРНОВОМ ТЕРМИНАЛЕ В Г. НИКОЛАЕВЕ

И. Н. Кирьязов, С. В. Шестопалов, М. Т. Степанов, В. А. Хобин

Анотація


In the article the results of functioning in the production conditions of the automated loading optimization system (ALOS) grain of the elevator are considered. The system is designed to generate grain flow simultaneously from several sources, increase productivity, reduce energy consumption for reloading, prevent emergency situations associated with grain debris in the boots of norias and the overhead scales of the scales due to overload. The software of the system is integrated into the software of the automated process control system of the elevator and allows the operator to specify the components of the grain flow and the initial productivity of the flow-transport lines (FTL), select the FTL load control mode and select the FTL productivity setting mode in the current process situation, control the functioning of the ALOS. The results of a comparative analysis of the efficiency of load management during the loading of vessels by the operator "manually" and using an automated loading optimization system, conducted in 2016/17, showed the following: - the average time of shipment to the ship, including idle time, decreased by 27%; - the average shipping performance without any downtime increased by 10%.

Ключові слова


grain reloading, flow-transport lines, productivity, energy consumption, automated loading optimization system.

Посилання


V. A. Khobin et al. “Kontseptsiya effektivnogo upravleniya proizvoditelnostyu potochno-transportnyih liniy pri peregruzke zerna”, Hranenie i pererabotka zerna, vol. 10, pp. 26–29, 2011. [2] S. V. Shestopalov et al. “Optimizatsiya proizvoditelnosti protsessa peregruzki zerna v usloviyah ogranicheniya tipa «avariynaya situatsiya”, XVIII Mizhnarod. konf. z avtomat. upravlinnya «Avtomatika–2011», Lviv, UA, 2011. pp. 194–195. [3] I. N. Kiryazov et al. “Avtomatizirovannaya sistema optimizatsii zagruzki potochno-transportnyih liniy peregruzki zerna: itogi proizvodstvennyih ispyitaniy”, Hranenie i pererabotka zerna. vol. 7, pp. 43–46, 2013. [4] B. S. Annaev et al. “Sposib kontrolu zavantazhennya konveera”, UA Patent 99525, May, 25, 2012. [5] B. S. Annaev et al. “Sposib avtomatichnogo upravlInnya zavantazhennyam potokovo-transportnoyi liniyi sipkih materialiv”, UA Patent 95887, September, 12, 2011.




DOI: http://dx.doi.org/10.15673/atbp.v10i4.822

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Адреса: Одеська національна академія 
харчових технологій, 65039, Україна, 
м. Одеса, вул. Канатна, 112.