Academic Journal
ANALYSIS OF THE DEGREE OF STUDY AND WORLDWIDE EXPERIENCE OF ENERGY-EFFICIENT AUTONOMOUS MICROCLIMATE SYSTEMS FOR OPERATORS' CABS IN SHOPS WITH SIGNIFICANT HEAT SURPLUS
| Title: | ANALYSIS OF THE DEGREE OF STUDY AND WORLDWIDE EXPERIENCE OF ENERGY-EFFICIENT AUTONOMOUS MICROCLIMATE SYSTEMS FOR OPERATORS' CABS IN SHOPS WITH SIGNIFICANT HEAT SURPLUS |
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| Source: | Spatial development; No. 8 (2024); 328-337 Просторовий розвиток; № 8 (2024); 328-337 |
| Publisher Information: | Kyiv National University of Construction and Architecture, 2024. |
| Publication Year: | 2024 |
| Subject Terms: | high temperature, автономний клімат-контроль, cabins of crane operators, energy-saving systems, кабіни операторів кранів, висока температура, енергозберігаючі системи, autonomous climate control |
| Description: | The article examines the effectiveness of energy-saving autonomous climate control systems for cabins of crane operators in high temperature conditions. An analysis of various comfortable approaches and methods for ensuring conditions for operators is suitable. The results of the research can be useful for enterprises where it is necessary to ensure an optimal climate in the cabins of cranes.Crane operators perform an important role in industrial settings, maneuvering heavy loads with precision and safety. Their work is often carried out in closed cabins, located separately high above the ground. However, these cubicles can become unbearably hot, especially in environments where excess heat is generated by nearby equipment, processes, or external factors. The task is to maintain a comfortable microclimate for crane operators without compromising energy efficiency.The biggest factor in the release of excess heat in the crane cabin is ambient heat: in shops with high ambient temperature (often in metalworking, foundry shops and other branches of heavy industry), the cabin absorbs heat from the environment.Conclusions and prospects for further research. It should be noted that the problem of energy-efficient autonomous microclimate systems for crane operators' cabins in workshops with significant excess heat has not yet been sufficiently investigated both in the Ukrainian and foreign scientific communities. Balancing operator comfort and energy efficiency in crane cabins is a multifaceted task. Researchers, engineers and industry stakeholders must collaborate to develop innovative solutions. By solving this problem, we can create safer and more sustainable working conditions for crane operators while minimizing energy loss. The proposed technologies and solutions in combination can significantly increase the energy efficiency of crane cabin microclimate systems in workshops. It is important to note that the effectiveness of these solutions may vary depending on the specific conditions and requirements of each individual workshop. In general, the vector of further research on this topic will be directed to the study and implementation of the experimental practical model in three main directions: Materials and construction of the cabin, which ensures the minimization of the thermal impact of the surrounding environment by making structural changes to existing cabins and when designing new ones. Implementation of artificial intelligence tools for managing the microclimate in the cabin of the operator (crane operator), taking into account the relationship between the heat exchange of the human body and microclimatic factors, namely the regulation of the necessary air movement speed, which can be determined thanks to the diagram. Досліджується ефективність енергозберігаючих систем автономного клімат-контролю для кабін операторів кранів у умовах високої температури. Піддаються аналізу різні підходи та методи з метою забезпечення комфортних умов для операторів. Результати дослідження можуть бути корисні для підприємств, де важливо забезпечити оптимальний клімат у кабінах кранів. |
| Document Type: | Article |
| File Description: | application/pdf |
| Language: | Ukrainian |
| ISSN: | 2786-7269 2786-7277 |
| Access URL: | http://spd.knuba.edu.ua/article/view/315383 |
| Rights: | CC BY |
| Accession Number: | edsair.scientific.p..6b12f19bc95e15bb2917bfd81a8d1cb0 |
| Database: | OpenAIRE |
| ISSN: | 27867269 27867277 |
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