Design of Scenery Complementary Solar Water Heater Based on Eddy Current Method

Abstract:

This paper uses scenery complementary heating method to discuss a new type of scenery complementary water heater design. This product can be divided into two parts. The first part is the eddy current method wind power heating part, which is driven by wind power and vertical axis wind turbines and the design of magnet array rotor disc rotation, namely, magnetic field rotating, induced eddy current in the stator, so as to generate heat. The second part is the solar heating part. This works has broad market prospect, which provides a new idea for large-scaled heating method.

• Periodical: Applied Mechanics and Materials (Volume 686)
• Pages: 620-626
• DOI: https://doi.org/10.4028/www.scientific.net/AMM.686.620
• Online since: October 2014
• Authors: Tong Huang*
• Keywords: Eddy Current Method, Scenery Complementary, Solar Water Heater

References

[1] Water Conservancy and Civil Engineering College of China Agricultural University, Wang Dehui, Liu Zhuqing. The vertical axis wind turbine and wind heating technology portfolio worth expecting[N]. China Power Report. 2011-01-29006.

[2] Chen Chuican, Chen Jiaquan, Liu Xiaohong. Application of eddy current in wind heating[J]. Power grid and clean energy, 2011, 02: 71-73.

[3] Wang Kehong, Zhao Daiqing, Wang Wei. Environmental and economic benefit analysis and evaluation of solar energy water heater and electrical heater[J]. Energy Engineering, 2006, 05: 4-8.

[4] Jiao Qingtai. The development status of solar heater in current world[J]. Construction Energy-saving, 2007, 08: 59-62.