Lugano, Switzerland

Day 1: Thursday March 30, 2017

	Welcome	Roman Rudel	SUPSI
	Introduction to IEA PVPS Task 13 activities	Ulrike Jahn	TÜV Rheinland
	Introduction to the workshop	Joshua Stein	Sandia National Laboratories

 

1. Energy Rating

Chaired by Ralph Gottschalg, CREST

	Towards and energy-based parameter for photovoltaic classification	Stephan Winter	PTB
	Overview on Energy Rating standard (IEC 61853 part 1-4)	Ralph Gottschalg	CREST
	EN 50380 ed. 2.0: What is new? What’s coming next?	Bengt Jaeckel	UL
	Presentation of draft IEC 61853 part 3	Thomas Huld	JRC
	New approach for energy yield assessment with linear performance loss analysis (LPLA)	Markus Schweiger	TÜV Rheinland
	Reference data sets for IEC61853 part 4	Thomas Huld	JRC
	Measuring the spectral and angular distribution of the diffuse solar radiance	Stefan Riechelmann	PTB

2. PV Module Modeling

Chaired by Robert Kenny, JRC and Joshua Stein, Sandia National Laboratories

	Overview of photovoltaic module performance modeling approaches	Joshua Stein	Sandia National Laboratories
	PV module modelling in PVsyst, in view of IEC 61853	Bruno Wittmer	PVsyst
	More accurate module performance predictions using a new model based on IEC-61853 data	Janine Freeman	NREL
	Modeling of PV module temperature using steady state models: analysis for different climates	Elena Barykina	Uni Oldenburg
	Choosing the best empirical model for predicting energy yield	Steve Ransome	SRCL
	Propagation of measurement uncertainties into kWh prediction	Christian Reise	Fraunhofer ISE
	Sensitivity analysis for energy rating: Linearity, T-coefficient and AOI dependence of a reference solar cell	Thomas Fey	PTB
	Energy rating and module performance ratio uncertainty	Martin Bliss	CREST

Day 2: Friday March 31, 2017

3. Cell and Module Calibration Methods and Uncertainties

Chaired by Stefan Winter, PTB

	The laser-based differential spectral responsivity facility at PTB: Calibration services for energy rating	Ingo Kröger	PTB
	Uncertainty in DSR measurements according to approximations defined in the IEC 60904-8	Carsten Schinke	ISFH
	Accurate indoor data for energy rating	Jochen Hohl Ebinger	Fraunhofer ISE
	Measurement techniques for energy rating of PV modules at TÜV Rheinland PV Test Laboratory	Werner Herrmann	TÜV Rheinland
	Performance of PV modules under different irradiances and temperatures	Robert Kenny	JRC

 

4. Energy Prediction of New Technologies or Features

Chaired by Francesco Frontini, SUPSI

	BIPV needs: SUPSI experiences beyond standard test conditions	Pierluigi Bonomo	SUPSI
	Simulation-based energy yield analysis of building integrated photovoltaic systems	Johannes Eisenlohr	Fraunhofer ISE
	Modeling of mismatch losses due to partial shading in PV plants with custom modules	Gianluca Corbellini	SUPSI
	Energy yield measurements of MLPE components and comparison with simulation results	Dirk Stellbogen	ZSW
	Characterizing and modeling the performance of bifacial photovoltaic modules and systems	Joshua Stein	Sandia National Laboratories