Title:
Implementation of Refrigeration System Optimization Strategy with Latest Mechanical Engineering

Authors:
Farid Mujayyin, Aris Puja, Nugrahadi DM, RizkyahNur Putri, DeaArgita Gunarso, Indonesia

Abstract:

The cooling system plays a very important role in maintaining the optimum temperature and performance of the engine. In recent years, the latest mechanical techniques have been developed to optimize the cooling system in terms of energy efficiency, performance, and reliability. The objective of this study is to analyze and optimize the refrigeration system using the latest mechanical techniques. by using the latest machine techniques. The method used in this study is a combination of computer simulation and practical testing. and practical testing. First, a mathematical model of the existing refrigeration system was developed using leading simulation software. This model includes all important components in the refrigeration system, such as the compressor, condenser, evaporator, and control devices. control devices. Furthermore, various latest mechanical techniques are virtually evaluated through simulation to determine their impact on efficiency and performance. simulation to determine their impact on the efficiency and performance of the refrigeration system. After the virtual evaluation, the best design of the latest mechanical engineering is implemented on a prototype refrigeration system. on the prototype of the refrigeration system. Practical tests were conducted to validate the simulation results and measure the actual performance of the optimized refrigeration system. The data obtained from the tests are used to compare the results with the simulation model and evaluate the effectiveness of the latest mechanical engineering simulation model and evaluate the effectiveness of the latest mechanical engineering in improving the performance of the of the refrigeration system. The results of this study are expected to provide valuable insights into the use of the latest mechanical engineering in optimizing refrigeration systems. Findings and recommendations from this research can be used as a guideline in designing and develop refrigeration systems that are more efficient, energy efficient, and reliable. By Thus, this research can contribute to technological developments in the refrigeration industry and potentially provide significant economic and environmental benefits. industry and potentially provide significant economic and environmental benefits.

DOI: http://dx.doi.org/10.51505/ijaemr.2023.8610