MODELING OF HEAT PROCESSES IN THE HEAT PUMP CONDENSER

Article Sidebar

PDF (Uzbek (latin))
Issue: Vol. 5 No. 6 : Eurasian Journal of Academic Research
Section: Articles
Published:
Creative Commons License

This work is licensed under a Creative Commons Attribution 4.0 International License.

Main Article Content

Qarshi davlat texnika universiteti, 2-kurs talabasi
info@in-academy.uz

Abstract:

In the article, a mathematical model has been developed to calculate the heat processes in the plate condenser section, which is the main component of a heat pump device. Water was chosen as the heating medium in the device, and R-134a refrigerant was selected as the heat transfer medium of the heat pump. The simulation results are presented with graphs obtained using Microsoft Excel and Mathcad Prime-8 software tools.

Keywords:

Article Details

How to Cite:

Buxorov , H. (2025). MODELING OF HEAT PROCESSES IN THE HEAT PUMP CONDENSER. Eurasian Journal of Academic Research, 5(6), 161–169. Retrieved from https://www.in-academy.uz/index.php/ejar/article/view/55893

References:

Hatef Madani, Joachim Claesson, Per Lundqvist: „Capacity Control in Ground Source Heat Pump Systems Part I: Modeling and Simulation" I J Refrigeration, Vol 34 (2011), pp 1338-1347

Elias Kinab, Dominique Marchio, Philippe Riviere, Assaad Zoughaib: „Reversible Heat Pump Model for Seasonal Performance Optimization” I J Energy and Buildings, Vol 42 (2010), pp 2269-2280

Hongtao Qiao, Vikrant Aute, Hoseong Lee, Khaled Saleh, Reinhard Radermacher: ”A New Model for Plate Heat Exchangers with Generalized Flow Configurations and Phase Change” I J Refrigeration Vol. 36 (2013) pp. 622-632

Róbert Sánta: „The Analysis of Two-Phase Condensation Heat Transfer Models Based on the Comparison of the Boundary Condition” Acta Polytechnica Hungarica Vol. 9, No. 6, 2012, pp 167-180

Yi-Yie Yan, Hsiang-Chao Lio, Tsing-Fa Lin: ”Condensation Heat transfer and Pressure Drop of Refrigerant R-134a in a Plate Heat Exchanger” International Journal of Heat and Mass Transfer Vol. 42 (1999) pp 993-1006

Abdullayevich, Q. N., & Muzaffar o’g’li, N. T. (2024). FACTORS AFFECTING SPECIFIC ELECTRICITY CONSUMPTION IN INDUSTRIAL ENTERPRISES. THE THEORY OF RECENT SCIENTIFIC RESEARCH IN THE FIELD OF PEDAGOGY, 2(25), 372-376.

Abdullayevich, K. N., & Olimjon o’g’li, E. J. (2024). USING CONSUMER-REGULATORS TO EQUALIZATION OF ELECTRICAL ENERGY SYSTEM LOAD SCHEDULE. JOURNAL OF MULTIDISCIPLINARY BULLETIN, 7(4), 25-29.

Abdullayevich, Q. N., & Elmurodovich, B. O. (2023). ПРОВЕДЕНИЕ ЛАБОРАТОРНЫХ ЗАНЯТИЙ ПО ЭЛЕКТРИЧЕСКИМ СХЕМАМ. Новости образования: исследование в XXI веке, 1(7), 1006-1010.

Abdullayevich, Q. N. (2023). Ways to Reduce Losses in Power Transformers. Texas Journal of Engineering and Technology, 20, 36-37.

Abdullayevich, Q. N. (2023). REDUCING ELECTRICITY LOSSES IN ELECTRICAL DISTRIBUTION NETWORKS DUE TO MULTICRITERIA OPTIMIZATION OF LINE SECTIONS. MODELS AND METHODS FOR INCREASING THE EFFICIENCY OF INNOVATIVE RESEARCH, 3(28), 275-279.

Mahmutxonov, S. J., Qurbonov, N., & Babayev, O. (2022). ELEKTR TARMOQLARIDA SIFAT KO ‘RSATKICHLARI VA ISROFLAR. Innovatsion texnologiyalar, 47, 14-15.

Abdullayevich, Q. N. (2023). EFFICIENCY OF USE OF FREQUENCY CONVERTER WITH SMOOTH CONTROL OF ASYNCHRONOUS MOTOR SPEED. Galaxy International Interdisciplinary Research Journal, 11(5), 448-449.

Abdullayevich, K. N., Akrom o’g, N. M. B., & Olimjon o’g’li, E. J. (2024). Functions of facts devices with innovation technology in the electrical energy system. Journal of Engineering Sciences, 7(5), 12-16.

Abdullayevich, Q. N. (2023). REACTIVE POWER COMPENSATION. IMRAS, 6(6), 506-508.

Abdullayevich, K. N., & Akrom o’g, N. M. B. (2024). НОРМАТИВНЫЕ ПОТЕРЬ ЭЛЕКТРОЭНЕРГИИ В РАСПРЕДЕЛИТЕЛЬНЫХ СЕТЯХ 10, 6 и 0, 4 кВ. THE THEORY OF RECENT SCIENTIFIC RESEARCH IN THE FIELD OF PEDAGOGY, 2(21), 55-60.

Курбонов, Н. А., Халикова, Х. А., & Неъматов, Б. А. О. (2024). ВОПРОСЫ ПАРАЛЛЕЛЬНЫЕ РАБОТЫ ЭНЕРГОСИСТЕМЫ АФГАНИСТАНА, УЗБЕКИСТАНА И ТАДЖИКИСТАНА С УЧЕТОМ НОВОГО СТРОИТЕЛЬСТВА. Eurasian Journal of Academic Research, 4(6-1), 37-41.

Abdullayevich, K. N., & Ikrom o’g, T. A. A. (2024). ЭНЕРГИЯНИ ТЕЖАШ ВА ЭНЕРГИЯ САМАРАДОРЛИГИ СОҲАСИДА ИННОВАЦИОН ФАОЛИЯТНИ БОШҚАРИШДА ЛОЙИҲА ЁНДАШУВИДАН ФОЙДАЛАНИШ. THE THEORY OF RECENT SCIENTIFIC RESEARCH IN THE FIELD OF PEDAGOGY, 2(25), 363-367.

Usmanov, E., Rajabboeva, A., Kurbonov, N., & Kurbanova, K. (2024, June). Operational logic scheme of the sketch base for an educational simulator in the fundamentals of power supply. In AIP Conference Proceedings (Vol. 3152, No. 1). AIP Publishing.

Abdullayevich, K. N. (2024). ANALYSIS AND EVALUATION OF THE EFFECTIVENESS OF ENERGY SAVING IN INDUSTRIAL ENTERPRISES. SCIENTIFIC APPROACH TO THE MODERN EDUCATION SYSTEM, 3(28), 75-81.

Abdullayevich, K. N. (2024). ЭЛЕКТР ЭНЕРГИЯ СИФАТИНИ ЭЛЕКТР ЭНЕРГИЯ ИСРОФИГА ТАЪСИРИ. PEDAGOG, 7(9), 183-188.