Development of a highly efficient counterflow heat recovery fan for use in building modernization. Ventilation systems with heat recovery should be designed as energy efficient and compact as possible, especially if it should be applied in an existing building. A combination of fans and heat exchanger gives the chance to meet both requirements. An existing combination of fan and heat exchanger however shows a limited performance (48 % sensible heat recovery). This paper provides a modified concept with an enhanced heat recovery rate of more than 80 %. The design principles as well as the calculation procedure of the main design parameters are published
On the way to the solution of our energy-problems, the conditioning of buildings is the most importa...
The energy-efficient renovation of existing buildings will among other things also play a key-role i...
The research programme focused on domestic ventilation systems and the heat recovery options for the...
In addition to a high aerodynamic and thermal efficiency, a cost-effective production combined with ...
Decentralized ventilation systems should combine a small and economical design with high aerodynamic...
Ventilation systems are needed in new buildings as well as in the renovation of existing buildings t...
The present paper focuses on the development steps of heat exchangers dedicated to single room venti...
In the frame of the European project called Bricker, a new prototype of single room ventilation with...
Lüftungssysteme werden sowohl im Neubau als auch in der Gebäudesanierung eingesetzt um die Raumluftq...
This master thesis examines the possibilities of creating a decentralized hybrid ventilation system ...
The trend towards improving building airtightness to save energy has increased the incidence of poor...
A key component in low energy houses is the heat recovery from the ventilation air. Over recent year...
For the successful transition of the energy system being sustainable, the energetic retrofitting of ...
Energy consumption all over the world is constantly growing. To save energy, new technologies are be...
Heating, ventilation and air conditioning systems are responsible for a nearly 50% of total energy c...
On the way to the solution of our energy-problems, the conditioning of buildings is the most importa...
The energy-efficient renovation of existing buildings will among other things also play a key-role i...
The research programme focused on domestic ventilation systems and the heat recovery options for the...
In addition to a high aerodynamic and thermal efficiency, a cost-effective production combined with ...
Decentralized ventilation systems should combine a small and economical design with high aerodynamic...
Ventilation systems are needed in new buildings as well as in the renovation of existing buildings t...
The present paper focuses on the development steps of heat exchangers dedicated to single room venti...
In the frame of the European project called Bricker, a new prototype of single room ventilation with...
Lüftungssysteme werden sowohl im Neubau als auch in der Gebäudesanierung eingesetzt um die Raumluftq...
This master thesis examines the possibilities of creating a decentralized hybrid ventilation system ...
The trend towards improving building airtightness to save energy has increased the incidence of poor...
A key component in low energy houses is the heat recovery from the ventilation air. Over recent year...
For the successful transition of the energy system being sustainable, the energetic retrofitting of ...
Energy consumption all over the world is constantly growing. To save energy, new technologies are be...
Heating, ventilation and air conditioning systems are responsible for a nearly 50% of total energy c...
On the way to the solution of our energy-problems, the conditioning of buildings is the most importa...
The energy-efficient renovation of existing buildings will among other things also play a key-role i...
The research programme focused on domestic ventilation systems and the heat recovery options for the...