A. Raicu

Encapsulated phase-change materials integrated into constructions materials (2003)

Schossig, P., Haussmann, T., Raicu, A.

Phase change materials in constructions (2003)

Schossig, P., Haussmann, T., Raicu, A.

Latentmaterialien in Baustoffen (2003)

Schossig, P., Raicu, A., Haussmann, T.

Mikroverkapselte Phasenwechselmaterialien in Wandverbundsystemen zur Komfortsteigerung und Energieeinsparung (2002)

Schossig, P., Raicu, A., Haussmann, T.

Facade systems with variable solar control using thermotropic polymer blends (2002)

Raicu, A., Wilson, H.R., Nitz, P., Platzer, W., Wittwer, V., Jahns, E.

Mikroverkapselte Phasenwechselmaterialien in Wandverbundsystemen (2001)

Schossig, P., Weingarten, G., Raicu, A.

Überhitzungsschutz durch thermotrop schaltbare Elemente an der Fassade. Stand der Forschung (2000)

Raicu, A., Wilson, H.R., Nitz, P., Tahus, E.

Thermotropic systems - Recent results on component characterisation and building integration (2000)

Raicu, A., Wilson, H.R., Nitz, P., Jahns, E., Platzer, W., Wittwer, V.

Thermotrope Schichten - Auf dem Weg zum System (1998)

Wilson, H.R., Raicu, A., Nitz, P., Jahns, E., Rommel, M., Wendker, K.

Polymersystem für thermotrope Schichten und deren Integration in ein transparentes Wärmedämm-Verbundsystem (1998)

Grochal, P., Raicu, A.

Passive Solarenergienutzung. Transparente Wärmedämmung als Ergänzung zu hochwertigen Verglasungen im Wohnungsbau (1998)

Raicu, A., Voss, K.

Thermotrope Schichten: Neue Möglichkeiten für die Solarenergienutzung (1996)

Raicu, A.

Thermotrope Materialien und Systeme zum Überhitzungsschutz (1996)

Wilson, H.R., Raicu, A., Nitz, P., Russ, C.

Thermotropic glazing (1995)

Wilson, H.R., Raicu, A., Nitz, P., Ferber, J.

Thermotrope Schichten als Regelungsmöglichkeit hoher solarer Gewinne bei Gebäuden (1995)

Raicu, A., Wilson, H.R., Nitz, P., Ferber, J.

Anwendung thermotropher Schichten in solarthermischen Systemen (1995)

Nitz, P., Wilson, H.R., Raicu, A., Platzer, W.J.

Weather data generation for realistic conversion efficiencies of solar cells (1994)

Raicu, A., Wittwer, V.

Verschattungsvorrichtungen an Gebäuden: optische und thermische Auswirkungen (1994)

Raicu, A., Wilson, H.R., Wittwer, V.

Überhitzungsschutz mit thermotropen Schichten (1994)

Wilson, H.R., Raicu, A., Rommel, M., Nitz, P.

Protection against overheating with thermotropic materials (1994)

Wilson, H.R., Raicu, A., Nitz, P., Rommel, M., Ferber, J.

Realistic reporting conditions -RRC- for site-dependent energy rating of PV devices (1993)

Raicu, A., Heidler, K., Kleiss, G., Bücher, K.

The RRC method /6,7/ provides a general, realistic, site-dependent approach for energy rating under realistic environmental conditions. New aspects of the dependence of the RRC efficiency deviation...

Performance of thin film solar cells under realistic reporting conditions including degradation effects (1993)

Kleiss, G., Bücher, K., Raicu, A., Heidler, K.

Test cells made of two thin film materials are investigated under realistic reporting conditions: a- Si-H and CuInSe2. Basically a-Si-H cells exhibit strong spectral effects and small temperature...

Der Jahreswirkungsgrad als Konzept zur Bewertung von Solarzellen und Solarmodulen (1992)

Bücher, K., Raicu, A.

Die Vorstellung neuer Solarzellentechnologien, aber auch der Vergleich kommerziell erhältlicher Solarmodule erfolgt zur Zeit mit der Angabe des Wirkungsgrades unter Standardbezugsbedingungen (SRC...

Annual and seasonal energy rating of mono-Si, a-Si and GaAs test cells for the USA by the RRC method (1991)

Bücher, K., Heidler, K., Kleiß, G., Raicu, A.

The realistic reporting conditions (RRC) efficiency gives a site-dependent characterisation for solar cells, accounting for differences due to the variability of specific meteorological conditions...

Sensitivity analysis of a performance algorithm for solar cells under realistic reporting conditions (1990)

Bücher, K., Heidler, K., Raicu, A.

As the assessment of solar cells for standard reporting conditions (SRC) (1000 W/qm, 25 degree C, AMI.5 reference spectrum) can be misleading when used for optimising solar cell design and PV plant...

A new approach for the performance evaluation of solar cells under realistic reporting conditions (1990)

Heidler, K., Raicu, A., Wilson, H.R.

Usually solar cells are assessed using the efficiency at standard reporting conditions (SRC; 1000W/qm;25 degree C; AM 1,5 reference spectrum). The efficiency of a solar cell exposed to outdoor...

Measurement system including a solar spectrometer for determining PV device efficiency over the whole year. (1990)

Raicu, A., Heidler, K., Wilson, H.R.

At the Fraunhofer-Institute for Solar Energy Systems, the spectral distribution of the solar radiation has been measured since 1981. This paper discusses a new measurement stand for determining the...

Realistic reporting conditions efficiency - new algorithm for the assessment of solar cells (1989)

Fischer, H., Heidler, K., Raicu, A., Wilson, H.R.

Standard reporting conditions (SRC: 1000 W/square meter, 20 degree C, AM1.5 standard spectrum) provide a useful basis for comparison of solar cell efficiency measurements. As these conditions never...