In this paper, the energy performance of a solar thermal (ST) façade system is studied in relation to its connection to a district heating system. This concept allows for the direct use of ST heat in the building, while taking profit from the network for delivery/selling of excess heat and purchase of heat during periods of underproduction. The use of unglazed collectors for low-intrusive architectural interaction in façades is discussed. Studies are carried out on the heat production of the system and its capacity to cope with local demands. Economic studies are carried out in order to balance the investment and operational costs/profits of the system
“Heat is half” of the global final energy consumption, and the decarbonization of the heating sector...
Modem district heating (DH) networks are usually operated with a changing flow temperature to cover ...
The high operating temperatures in today’s district heating networks combined with the low energy de...
In this paper, the energy performance of a Solar Thermal (ST) façade system is studied for its conn...
The connection of a solar thermal (ST) façade system to a district heating system allow for the dire...
This paper explores the techno-economic viability of coupling unglazed solar thermal façade system w...
This paper explores the techno-economic viability of coupling unglazed solar thermal façade system w...
This paper conducts an energy and economic assessment of District Heating (DH) integrated Solar Ther...
This paper presents a theoretical simulation of thermal and economical assessment of façade integrat...
This paper presents a theoretical simulation of thermal and economical assessment of façade integrat...
Present trends on solar thermal systems for building integration define the need of integrated solar...
Development of technologies, materials, support systems, and coatings has made the integration of so...
AbstractRecently, the concept of net zero energy buildings has become a major topic in the R&D work ...
Modern district heating networks are usually operated with a changing flow temperature to cover the ...
“Heat is half” of the global final energy consumption, and the decarbonization of the heating sector...
“Heat is half” of the global final energy consumption, and the decarbonization of the heating sector...
Modem district heating (DH) networks are usually operated with a changing flow temperature to cover ...
The high operating temperatures in today’s district heating networks combined with the low energy de...
In this paper, the energy performance of a Solar Thermal (ST) façade system is studied for its conn...
The connection of a solar thermal (ST) façade system to a district heating system allow for the dire...
This paper explores the techno-economic viability of coupling unglazed solar thermal façade system w...
This paper explores the techno-economic viability of coupling unglazed solar thermal façade system w...
This paper conducts an energy and economic assessment of District Heating (DH) integrated Solar Ther...
This paper presents a theoretical simulation of thermal and economical assessment of façade integrat...
This paper presents a theoretical simulation of thermal and economical assessment of façade integrat...
Present trends on solar thermal systems for building integration define the need of integrated solar...
Development of technologies, materials, support systems, and coatings has made the integration of so...
AbstractRecently, the concept of net zero energy buildings has become a major topic in the R&D work ...
Modern district heating networks are usually operated with a changing flow temperature to cover the ...
“Heat is half” of the global final energy consumption, and the decarbonization of the heating sector...
“Heat is half” of the global final energy consumption, and the decarbonization of the heating sector...
Modem district heating (DH) networks are usually operated with a changing flow temperature to cover ...
The high operating temperatures in today’s district heating networks combined with the low energy de...