Influence оf the Design Features оf the Energy Pile оn іts Efficiency
Journal Title: Вентиляція, освітлення та теплогазопостачання - Year 2018, Vol 25, Issue
Abstract
An important area of energy conservation is the use of energy efficient heat supply systems. Such systems are systems with heat pumps to utilize the low-potential heat of the upper layers of the earth's crust. The urgent scientific task is the development of designs of heat pumps to increase their efficiency. The distribution of heat pumps is acquired on the basis of vertical ground heat exchangers, with the promising implementation of these heat exchangers in the form of building piles, so-called power piles. The issue of their interaction is very important when designing heat pumps based on power piles, since the structural and bearing capacity establishes certain boundaries for the separation of foundation piles. Research of vertical soil heat exchangers is a popular theme of scientific developments, in particular, the most profound studies are conducted in the USA. Also, Belarusian specialists are specifically involved in the modelling of energy piles. Finnish companies make a major contribution to the development of geothermal energy based on power piles. The article deals with the systems of heat supply with a soil heat pump, which used as a evaporator building foundation piles, so-called power piles. The robots have constructively developed energy parameters of energy fingers. Considered basic working parameters: the number of U-piping tubes in the design of the piles; tube diameter; crock between piles; heat supply of the piles; distance between piles. Well-known studies on the design features of power piles and their impact on the energy performance of heat pumps are analysed. It was established that the least investigated area in this field is the method of engineering calculations of energy piles, namely, the mutual influence of energy piles one by one, that is, the minimum allowable distance between the foundation energy piles. For the mass implementation of power piles in the new construction, a scientifically sound method of selecting the optimal structure of the foundation energy piles is necessary
Authors and Affiliations
O. Priymak, P. Pasichnyk, I. Kuzytskyi
Keywords
Related Articles
- EP ID EP556097
- DOI -
- Views 57
- Downloads 0
Conditions of Heat Pump System Efficient Operation Based on Energy of Cold Water and Ventilation Air
Conditions of Heat Pump System Efficient Operation Based on Energy of Cold Water and Ventilation Air
Geometric and Kinematic Analysis of the Turbulence Intensity of Convex Wall Jets
The turbulence intensity in wall jets, laid on a convex surface due to the Coanda effect, is determined on the basis of the geometric and kinematic analysis. The obtained maximum turbulence intensity in a section corresp...
Assessment of Domestic Waste Water Potential for In-House Heat Pump Systems
A preliminary assessment of the possibilities of utilizing domestic waste water as a low-temperature source for a heat pump is made in the paper. Based on energy balance and heat transfer equations and analysis of thermo...
Thermal Power Plant оn Wood Waste. The Relevance оf іts Use
The article describes thе current state of the fuel and energy cотрlех оf Ukrainе, changes in the cost оf natural resources over the years. The problems of the district heating system (obsolescence, inefficiency) and are...
Experimental Studies of Combustion of Biofuel in a Fluidized Bed
Results of experimental studies of heat losses due to mechanical underburning of various types of wood fuel in the furnaces of the fluidized bed are presented. Influence of the bed temperature and the air excess factor o...