The performance of 26 PVT-Systems was analysed and compared in IEA-SHC Task 60. The systems are located in countries with different climatic conditions. The applications range from direct domestic hot water production and heating of public swimming pools to heat pump systems with PVT as the main heat source of the heat pump. The Key Performance Indicators (KPIs) determined for the different PVT solutions give the possibility to compare the systems despite their diversity. The goal was to show the potential of PVT collectors in different fields of application. The results show that the integration of PVT collectors in different kinds of well-dimensioned systems leads to competitive solutions, both from an energy and a financial perspective. Additionally the answers to a survey about control strategies for PVT systems, showing some main problems and possible solutions, are summarised.

Performance Assessment of Example PVT-Systems / Schubert M., Zenhäusern D., Mellor A., Gagliano A., Corino C., Cabral D., Ryan G., Tina G.M., Guedea I., Rohrer J., Brottier L., Lämmle M., Pellegrini M., Dannemand M., Cañada M., Radisch N., Pokorny N.. - ELETTRONICO. - (2020), pp. 1-25.

Performance Assessment of Example PVT-Systems

Pellegrini M.;
2020

Abstract

The performance of 26 PVT-Systems was analysed and compared in IEA-SHC Task 60. The systems are located in countries with different climatic conditions. The applications range from direct domestic hot water production and heating of public swimming pools to heat pump systems with PVT as the main heat source of the heat pump. The Key Performance Indicators (KPIs) determined for the different PVT solutions give the possibility to compare the systems despite their diversity. The goal was to show the potential of PVT collectors in different fields of application. The results show that the integration of PVT collectors in different kinds of well-dimensioned systems leads to competitive solutions, both from an energy and a financial perspective. Additionally the answers to a survey about control strategies for PVT systems, showing some main problems and possible solutions, are summarised.
2020
Performance Assessment of Example PVT-Systems / Schubert M., Zenhäusern D., Mellor A., Gagliano A., Corino C., Cabral D., Ryan G., Tina G.M., Guedea I., Rohrer J., Brottier L., Lämmle M., Pellegrini M., Dannemand M., Cañada M., Radisch N., Pokorny N.. - ELETTRONICO. - (2020), pp. 1-25.
Schubert M., Zenhäusern D., Mellor A., Gagliano A., Corino C., Cabral D., Ryan G., Tina G.M., Guedea I., Rohrer J., Brottier L., Lämmle M., Pellegrini M., Dannemand M., Cañada M., Radisch N., Pokorny N.
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11585/784453
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