Solar Energy, the Heat Collector Device Research and Application

Bao Hong Li; Bao Liang Lv

doi:10.4028/www.scientific.net/AMR.433-440.1400

Paper Titles

Hybrid Energy Storage for Wind Electric Power Systems
p.1380

Edge Feature Extraction about Moth Digital Image in Agricultural Field
p.1386

The Development of Hydraulic Water Separator Used in Construction
p.1391

Research of Information Security Framework in Ubiquitous Environment
p.1397

Solar Energy, the Heat Collector Device Research and Application
p.1400

Simulation and Analysis of Two-Level Photovoltaic Grid-Connected System
p.1406

Study on the Evolvement Model of Energy-Saving System of Chinese Building
p.1412

Protection and Recovery Countermeasures for Mining Geologic Environment
p.1418

Numerical Study on the Affection of River System of Different Areas to Thermal Environment of Residential Neighborhood
p.1422

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 433-440Solar Energy, the Heat Collector Device Research...

Solar Energy, the Heat Collector Device Research and Application

Abstract:

A curved glass evacuated solar collector tube welding and metal melting point, to achieve the stability of vacuum time. Application of the solar collector tube, the heat collector device, solar radiation intensity in 17MJ/M2 cases, after 30 minutes of sunshine arc temperature of solar vacuum tube load up to 480 °C or above, add heat transfer medium after the medium output temperatures up to 220 °C. Solar vacuum tube with curved endothermic components help focus line fluctuations, solar energy in order to achieve high-temperature heating, the high temperature heat output.