The monitoring and supervision of large scale solar photovoltaic plants becomes more and more important nowadays, with the increase of the installed power. The detection system and the reactivity must be improved in order to allow the plants to run at their best capacity. One way to improve that detection is the setup of alerts triggering for certain types of defaults concerning the performance of the inverters or the plant itself. That setup can be optimized by analytical analysis on the historic data of the plant, and adjusted for each plant, depending on its behavior. Another way is to calculate robust indicators such as the performance ratio, which corresponds to the efficiency of the plant, regardless the type of installed panels. This...
Gjennom en økt industriell utvikling sentrert rundt solcelleteknologi, volumøkning og komponent rela...
This paper presents an initial analysis of a large scale PV system monitoring campaign. Ongoing proj...
Photovoltaic (PV) systems power losses are approximately 15-20% of the performance ratio for current...
The monitoring and supervision of large scale solar photovoltaic plants becomes more and more import...
The current energy situation is taking a turn towards renewable energies, due to the new pacts to cu...
This work represents the Photovoltaic section of the European Project PERSIL, which includes also th...
This project focuses on investigating performance metrics and fault detectionmethods in photovoltaic...
This chapter provides the rationale for monitoring photovoltaic (photovoltaic) systems, its purpose,...
Photovoltaic plants are also evaluated according to their Performance Ratio. This indicator allows t...
The paper presents an overwiev of the performances of the grid connectedphotovoltaik plant at the Un...
There have been many scientific advances in the improvement of renewable energy systems. Recently, c...
I takt med att Sverige går mot ett mer klimatsmart och hållbart samhälle samtidigt somskatteavdragen...
The Master´s thesis deals with issues of operational performance of two photovoltaic power plants. I...
Detta kandidatexamensarbete utvärderar och jämför en befintlig solcellsanläggning med installerat en...
One of the main social challenges that society is facing nowadays is the energy crisis. So, head tow...
Gjennom en økt industriell utvikling sentrert rundt solcelleteknologi, volumøkning og komponent rela...
This paper presents an initial analysis of a large scale PV system monitoring campaign. Ongoing proj...
Photovoltaic (PV) systems power losses are approximately 15-20% of the performance ratio for current...
The monitoring and supervision of large scale solar photovoltaic plants becomes more and more import...
The current energy situation is taking a turn towards renewable energies, due to the new pacts to cu...
This work represents the Photovoltaic section of the European Project PERSIL, which includes also th...
This project focuses on investigating performance metrics and fault detectionmethods in photovoltaic...
This chapter provides the rationale for monitoring photovoltaic (photovoltaic) systems, its purpose,...
Photovoltaic plants are also evaluated according to their Performance Ratio. This indicator allows t...
The paper presents an overwiev of the performances of the grid connectedphotovoltaik plant at the Un...
There have been many scientific advances in the improvement of renewable energy systems. Recently, c...
I takt med att Sverige går mot ett mer klimatsmart och hållbart samhälle samtidigt somskatteavdragen...
The Master´s thesis deals with issues of operational performance of two photovoltaic power plants. I...
Detta kandidatexamensarbete utvärderar och jämför en befintlig solcellsanläggning med installerat en...
One of the main social challenges that society is facing nowadays is the energy crisis. So, head tow...
Gjennom en økt industriell utvikling sentrert rundt solcelleteknologi, volumøkning og komponent rela...
This paper presents an initial analysis of a large scale PV system monitoring campaign. Ongoing proj...
Photovoltaic (PV) systems power losses are approximately 15-20% of the performance ratio for current...