Add to ORKGIn this paper, the energy performance of a flat-plate collector and a heat pipe evacuated tube collector exploited for domestic hot water production in the Mediterranean climate is compared. For this purpose, yearly data obtained from two field-trial solar water heating systems are used. The selected systems are with forced circulation and installed near each other. The studied solar collectors are installed on the roof with the same slope angle of 45° and the surface azimuthal angle of 10°. The installed surface area of the flat-plate solar collector is 4.41 m2, whereas for the heat pipe evacuated tube collector is 1.5 m2. The annual irradiation on solar collector plane was 1,456 kWh/m2year. Obtained results showed that the annual solar yi...
The popularity of solar collectors in Poland is still increasing. The correct location of the collec...
The subject of the work is an analysis of two types of solar collectors: flat-plate and evacuated tu...
One key component of the energy demand in the built environment is the thermal energy required for d...
In this paper, the energy performance of a flat-plate collector and a heat pipe evacuated tube colle...
This paper presents a year round energy performance monitoring results of two solar water heaters wi...
Using TRNSYS software, a comparison of the energy performances of flat-plate collectors (FPCs) and e...
This work represents the energy performance analysis during the annual time period of a forced circu...
In recent years, there is a tremendous demand for renewable energy for the sustainable energy usages...
Renewable energy for the sustainable energy application in the buildings are increasing day-by-day...
This paper describes performance solar water heating for flat plate collector. The system of thermal...
Two types of evacuated tubular solar collectors have been operated in space heating, cooling, and do...
The subject of the work is an analysis of two types ofsolar collectors: flat-plate and evacuated tub...
The thermal performance of a solar water heating with 1.00 m2 flat plate collectors in Cascavel - PR...
New comparative tests on two different types of solar collectors are presented in this paper. A stan...
The aim of the current study is to evaluate the performance of a domestic water heating system for r...
The popularity of solar collectors in Poland is still increasing. The correct location of the collec...
The subject of the work is an analysis of two types of solar collectors: flat-plate and evacuated tu...
One key component of the energy demand in the built environment is the thermal energy required for d...
In this paper, the energy performance of a flat-plate collector and a heat pipe evacuated tube colle...
This paper presents a year round energy performance monitoring results of two solar water heaters wi...
Using TRNSYS software, a comparison of the energy performances of flat-plate collectors (FPCs) and e...
This work represents the energy performance analysis during the annual time period of a forced circu...
In recent years, there is a tremendous demand for renewable energy for the sustainable energy usages...
Renewable energy for the sustainable energy application in the buildings are increasing day-by-day...
This paper describes performance solar water heating for flat plate collector. The system of thermal...
Two types of evacuated tubular solar collectors have been operated in space heating, cooling, and do...
The subject of the work is an analysis of two types ofsolar collectors: flat-plate and evacuated tub...
The thermal performance of a solar water heating with 1.00 m2 flat plate collectors in Cascavel - PR...
New comparative tests on two different types of solar collectors are presented in this paper. A stan...
The aim of the current study is to evaluate the performance of a domestic water heating system for r...
The popularity of solar collectors in Poland is still increasing. The correct location of the collec...
The subject of the work is an analysis of two types of solar collectors: flat-plate and evacuated tu...
One key component of the energy demand in the built environment is the thermal energy required for d...