Research on the Highly Energy-Efficient Conversion and Utilization Path of Solar Energy Demand Type

Abstract:

In order to promote the highly energy-efficiency utilization level of solar energy demand type, this paper, based on the average radiation within the solar radiation spectrum range and application requirement analysis of quantum theory, investigated the technical bottleneck and solution on the highly energy-efficient storage and conversion of solar energy demand type. Studies showed that the key to highly energy-efficiency utilization was to synthetically promote the utilization rate of energy conversion in each solar area. It could make direct conversion and utilization of solar energy in accordance with easy-preserved type foods, electrical power, fuel and other forms of energy demand, and then conversion route of energy utilization could be cut down and energy losses in the process of transmission could be decreased. Making full use of energy of solar spectrum visible light area to increase the plant photosynthesis, or using catalysis to change the Fermi lever and minimum work function of photocell battery module stripping to strengthen the photo electricity conversion rate could further enhance the conversion rate of highly-efficiency utilization of solar energy demand type. The study was involving multi-field of knowledge, and still need to be integrated innovation with further theoretical research.

• Periodical: Advanced Materials Research (Volumes 512-515)
• Pages: 148-154
• DOI: https://doi.org/10.4028/www.scientific.net/AMR.512-515.148
• Online since: May 2012
• Authors: Feng Ying Xu, Zhen Chen, Chang You Li
• Keywords: Conversion and Utilization Path, Demand Type, Highly Energy-Efficiency, Radiation Spectrum, Solar Energy

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