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Abstract- this paper considers an application of model
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| bet | 1/3 | | Sana | 25.05.2023 | | Hajmi | 213.83 Kb. | | #64438 |
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Abstract— This paper considers an application of model
predictive control to automotive air conditioning (A/C) system
in future connected and automated vehicles (CAVs) with battery
electric or hybrid electric powertrains. A control-oriented
prediction model for A/C system is proposed, identified, and
validated against a higher fidelity simulation model (CoolSim).
Based on the developed prediction model, a nonlinear model
predictive control (NMPC) problem is formulated and solved
online to minimize the energy consumption of the A/C system.
Simulation results illustrate the desirable characteristics of the
proposed NMPC solution such as being able to enforce physical
constraints of the A/C system and maintain cabin temperature
within a specified range. Moreover, it is shown that by utilizing
the vehicle speed preview and through coordinated adjustment
of the cabin temperature constraints, energy efficiency improve-
ments of up to 9% can be achieved
Andijon mashinasozlik instituti
“Avtomobilsozlik” kafedrasi katta o’qituvchisi
Tursunov Oybek Abduxalim o’g’li
abdupatto1966@mail.ru tel: 936308866.
Andijon mashinasozlik instituti
“Avtomobilsozlik” kafedrasi talabasi
Ikromjonov Odiljon Akramjon o’g’li
odiliy@mail.ru tel: 979724181
Energiya samaradorligini oshirish uchun ulangan va avtomatlashtirilgan transport vositalarining prognozli iqlim nazorati modeli
Annatotsiya. Ushbu maqolada biz gibrid va elektr transport vositalariga konditsionerli holda boshqarishda ko’proq e’tibor qaratmoqdamiz.
Annattosion. In this article, we're focusing more on driving hybrid and electric vehicles with air conditioning.
Аннотация. В этой статье мы больше сосредоточимся на вождении гибридных и электрических автомобилей с кондиционером.
Kalit so’zlar: Cool-Sim, avtomobil tezligi va ob-havo sharoitlarini oldindan ko'rish -HVAC
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