How many types of solar energy systems based on spectral splitting?
Subsequently, tens of typical full-spectrum solar energy systems based on spectral splitting are categorized regarding energy flow topology into 4 major modes and 17 sub-modes with respective detailed analysis focused on the system integration and distinctive advantage.
Can full-spectrum solar energy systems be synergized based on spectral splitting?
In recent decades, the full-spectrum solar energy systems, where diverse solar spectral conversion methods can be synergized based on the spectral splitting technology, becomes one of the most promising solutions.
What is SS spectral splitter?
This method was initially proposed by Jackson to enhance the efficiency of semiconductor solar converters back in 1955 . SS refers to the implementation of a spectral splitter in a solar energy system to split the full-spectrum into discrete bands and then direct them to the appropriate receivers.
How many spectral splitting approaches are there?
4 mainstream approaches of spectral splitting (SS) are comparatively introduced. Tens of full-spectrum solar energy systems based on SS are chosen as samples. System samples are topologically categorized into 4 major modes and 17 sub-modes. Existing and potential applications possible for different spectral bands are summarized.
Should spectral splitting be used in photoelectric catalysis?
Notably, the spectral splitting system incorporating chemical reactions tend to high energy utilization rate, thereby diverse types of chemical reactions can be added under appropriate circumstances, such as the research on photoelectric catalysis is mostly, but the research on the use of SS technology is less.
What is spectral splitting based on?
The four mainstream approaches of spectral splitting based on reflection, diffraction, refraction and absorption are introduced with the physical mechanisms and characteristics.
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