Impact of the translucent structures of exterior wall envelope orientation on the energy balance of the premises

Burmaka, Vitalii; Tarasenko, Mykola; Kozak, Kateryna; Khomyshyn, Viktor

doi:10.33108/visnyk_tntu2019.02.111

Cited by 4 publications

(10 citation statements)

References 3 publications

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“…The dependence of heat loss on the TSEWE thermal resistance value was determined according to the procedure presented in [33]. The rooms parameters of which correspond to the requirements of the current regulatory documents of Ukraine (DBN V. A split system with artificial ventilation was chosen for room heating and cooling.…”

Section: Results Of the Researchmentioning

confidence: 99%

“…The energy consumption for the air conditioner to compensate for heat loss and heat gain through the TSEWE, according to [33], is determinate by the equation (5).…”

Section: Results Of the Researchmentioning

confidence: 99%

“…According to [33], the equation for determining thermal energy losses in the heating period ω H , (kW×h)/year through TSEWE for the Ternopil city, with the option of standby heating, out of work hours, becomes (7).…”

Section: Results Of the Researchmentioning

confidence: 99%

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Conditions for ensuring energy-saving use of translucent structures of exterior wall envelope

Burmaka¹,

Tarasenko²,

Kozak³

et al. 2020

Energy eng. control syst.

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The article focuses on determining the translucent structures of exterior wall envelope (TSEWE) properties influence on the total energy balance of the room. The dependence of the energy consumption for artificial lighting on the daylight factor, coefficient of relative penetration of solar radiation (CRPSR) and TSEWE area is determined for Ternopil city. The relationship between the electricity expenses for heating and cooling the room by channel air conditioners on the size and properties of TSEWE is established. Inequalities were obtained that allow us to establish the conditions under which the TSEWE use will have a positive effect on the total energy balance of the office room for the Ternopil city. According to the obtained results, it is possible to determine the thermal resistance, CRPSR and the TSEWE area at which energy savings will occur while observing the climate conditions in the room prescribed by regulations documents.

show abstract

Section: Results Of the Researchmentioning

confidence: 99%

“…The energy consumption for the air conditioner to compensate for heat loss and heat gain through the TSEWE, according to [33], is determinate by the equation (5).…”

Section: Results Of the Researchmentioning

confidence: 99%

See 1 more Smart Citation

Conditions for ensuring energy-saving use of translucent structures of exterior wall envelope

Burmaka¹,

Tarasenko²,

Kozak³

et al. 2020

Energy eng. control syst.

View full text Add to dashboard Cite

show abstract

“…In previous studies, main focus was on the raising the efficiency of daylight using [34] and the impact of the translucent structures of exterior wall envelope on the energy balance of the premises [35]. The next step in the study of ways to increase the energy efficiency of lighting systems was to determine the effect of artificial lighting control systems on the electricity consumption of stairwell lighting.…”

Section: Methodsmentioning

confidence: 99%

Economic and Energy Efficiency of Artificial Lighting Control Systems for Stairwells of Multistory Residential Buildings

Burmaka

Tarasenko

Kozak

et al. 2020

Journal of Daylighting

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The aim of the research is to determine the economic and energy efficiency usage of the artificial lighting control systems, with the help of astronomical relays and motion sensors, by various types of light sources for the stairwells (stair landings and staircases) of multistory residential buildings. The analysis of the residents' monthly movement intensity of the 9-story residential buildings through the buildings entrance, doorways, and apartment doors was carried out. The economic and energy efficiency of use the artificial lighting control systems with an astronomical relays and motion sensors with different types of light sources was determined. Regardless of the light sources` type, the astronomical relay's use leads to reduction in the electricity consumption of artificial lighting in 43.31%-50.52%. Moreover, the motion sensors' use on stairwells leads to a significant reduction in electrical energy consumption: in a case of halogen lamps-by 97.73%, compact fluorescent lamps-by 95.27%, light-emitting diodes lamps-by 93.98%. For the first time, the data of 9story residential buildings inhabitants' traffic intensity through the first-floor doorway for the Ternopil city, Ukraine has been carried out. It has been proved the economic feasibility and energy efficiency of using combined lighting with an artificial lighting control system for stairwells of multistory residential buildings.

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“…To establish the optimal parameters of the TSBE, in future studies it is necessary to consider the effect of TSBE on the energy balance of the room, taking into account not only energy savings through the use of daylight but also the increase in heat loss due to heat transfer and heat from solar radiation during the heating period, as well as heat transfer during the cooling period that is partially reviewed [60].…”

Section: Testing the Feasibility Of Using Wfr Wwr And Crgi To Evaluamentioning

confidence: 99%

Effective Use of Daylight in Office Rooms

Burmaka

Tarasenko

Kozak

et al. 2020

Journal of Daylighting

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The rational use of daylight can significantly reduce the cost of electricity for artificial lighting. This research aims at investigating the parameters of translucent structures of building envelope, and the value of daylight factor, for which maximum efficiency of daylight usage is achieved in office rooms. The study analyzes the dependence duration of daylight autonomy in office rooms, on the value of daylight factor for four European cities. The specific daylight autonomy (h/(year•m 2)) of office rooms were found. It was proved, that regardless the size of the rooms, the maximum specific daylight autonomy in Ternopil city (at illumination of 300 lx, which is prescribed by regulations), with lateral daylight, occurs when the daylight factor is in the range of 1.7% to 1.9%. Maxima-at 1.8%. At illumination of 500 lx, the maximum specific daylight autonomy will occur at a daylight factor range of 2.6% to 3.0%. Maxima-at 2.8%.

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Impact of the translucent structures of exterior wall envelope orientation on the energy balance of the premises

Cited by 4 publications

References 3 publications

Conditions for ensuring energy-saving use of translucent structures of exterior wall envelope

Conditions for ensuring energy-saving use of translucent structures of exterior wall envelope

Economic and Energy Efficiency of Artificial Lighting Control Systems for Stairwells of Multistory Residential Buildings

Effective Use of Daylight in Office Rooms

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