Mathematical Simulation of Projecting Energy Demand for Ukraine’s Budget Institutional Buildings

Malyarenko, O.Ye.; Maіstrenko, N.Yu.; Horskyi, V.V.; Leshchenko, I.Ch.; Ivanenko, Nataliia

doi:10.1007/978-3-031-35088-7_4

Cited by 7 publications

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“…40,84%, що вказує на покращення ситуації. (Національна доповідь, 2023) Згідно до (Водна стратегія, 2022) підприємства питного водопостачання повинні забезпечити зниження рівня втрат води і технологічних витрат води в системах централізованого водопостачання з метою зменшення витрат Запропонована модель дозволяє використовувати й змінювати параметри витрат палива, вартість палива, місткість засобу транспорту.…”

Section: Acknowledgementunclassified

Proceedings of the VIII International Scientific and Practical Conference

2024

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Introductions. Heating and ventilation systems play a crucial role in maintaining indoor comfort and air quality in various buildings, ranging from residential to commercial and industrial facilities. Utilities such as heating, ventilation, and air conditioning (HVAC) systems are essential components of modern building infrastructure. This analysis aims to evaluate the performance, efficiency, and sustainability of utilities within heating and ventilation systems, with a focus on optimizing energy usage and improving environmental impact [1].Aim. The aim of this analysis is to assess the effectiveness and efficiency of utilities deployed in heating and ventilation systems, including heating boilers, heat pumps, ventilation fans, air handling units, and control systems. By examining their operational characteristics, energy consumption patterns, maintenance requirements, and environmental implications, this analysis seeks to identify opportunities for enhancing system performance and reducing energy costs. [2].Materials and methods. The analysis methodology involves collecting data on the design, installation, operation, and maintenance of heating and ventilation systems in selected buildings or facilities. Various performance metrics, such as energy efficiency ratios (EER), coefficient of performance (COP), and thermal comfort indices, may be used to evaluate the effectiveness of utilities. Data collection methods include on-site inspections, energy audits, equipment specifications, utility bills analysis, and interviews with facility managers or HVAC professionals. Additionally, computer modeling and simulation tools may be employed to analyze system performance under different operating conditions and scenarios [3][4].Results and discussion. The analysis results reveal insights into the performance and efficiency of utilities within heating and ventilation systems. Heating boilers, for example, demonstrate varying levels of efficiency depending on their design, fuel type, and maintenance practices. Heat pumps offer opportunities for energy savings and carbon emissions reduction, particularly when integrated with renewable energy sources such as solar or geothermal heat. Ventilation fans and air handling units play critical roles in ensuring indoor air quality and thermal comfort, but their energy References:1. Jvania, N. "A new type of performer-listener interaction in Eka Chabashvili's symphony-exhibition "Khma"", GESJ: Musicology and Cultural Science 2019|No.2(20), p.p. 35-40 2. Kavtaradze, M. ( 2021). [Pandemia da musika anu krizisi rogorts shesadzlebloba], Pandemic and music or crisis as an opportunity, International

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Section: Acknowledgementunclassified