Research on Increasing the Building’s Energy Efficiency by Using the Ground Beneath It for Thermo-Accumulation DOI Open Access
T. Zdankus, Sandeep Bandarwadkar, Juozas Vaičiūnas

et al.

Sustainability, Journal Year: 2025, Volume and Issue: 17(1), P. 262 - 262

Published: Jan. 2, 2025

A whole series of factors influence the temperature soil surface and layers. The is heated by solar radiation during day. It radiates some obtained heat at night. exchange between atmosphere depends on air temperatures speed movement. Precipitation may also affect layers, but this was not considered in study. In mentioned interaction, a specific field layers established. To increase building’s energy efficiency, aim to optimize operation its heating cooling systems reduce loss environment as much possible. Heat through floor building or walls recessed part into ground changes established ground. spreads given atmospheric air. During research, validate numerical model, flow density analysed determine how it while maintaining constant certain depth soil. found that new thermodynamic equilibrium, depending seasonality, can be reached time interval up week. change artificially limited volume under next treated work thermo-accumulator: charge discharge heat. This makes possible annual costs more than ten percent.

Language: Английский

Research on Increasing the Building’s Energy Efficiency by Using the Ground Beneath It for Thermo-Accumulation DOI Open Access
T. Zdankus, Sandeep Bandarwadkar, Juozas Vaičiūnas

et al.

Sustainability, Journal Year: 2025, Volume and Issue: 17(1), P. 262 - 262

Published: Jan. 2, 2025

A whole series of factors influence the temperature soil surface and layers. The is heated by solar radiation during day. It radiates some obtained heat at night. exchange between atmosphere depends on air temperatures speed movement. Precipitation may also affect layers, but this was not considered in study. In mentioned interaction, a specific field layers established. To increase building’s energy efficiency, aim to optimize operation its heating cooling systems reduce loss environment as much possible. Heat through floor building or walls recessed part into ground changes established ground. spreads given atmospheric air. During research, validate numerical model, flow density analysed determine how it while maintaining constant certain depth soil. found that new thermodynamic equilibrium, depending seasonality, can be reached time interval up week. change artificially limited volume under next treated work thermo-accumulator: charge discharge heat. This makes possible annual costs more than ten percent.

Language: Английский

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