Analysis of the turbulent heat transfer in solar power tower molten salt receiver tube

Author:

Chang Chun,Wang Zhifeng,Li Xin,Bai Fengwu,Kang Yong-Heack,Kim Jong-Kyu

Publisher

Springer Berlin Heidelberg

Reference9 articles.

1. Pitz-Paal, R., et al. Development steps for concentrating solar power technologies with maximum impact on cost reduction. In Proceedings of ISEC2005 2005 International Solar Energy Conference. 2005. Orlando, Florida: The Solar Energy Division, ASME.

2. Z.L. Robert, Receiver System: Lesson Learned form Solar Two.SAND200-0084.

3. J. E. Pacheco, etc., Results of Molten Salt Panel and Component Experiments for Solar Central Receivers: Cold Fill, Freeze/Thaw, Thermal Cycling and Shock, and Instrumentation Tests.SAND94-2525.

4. G. Carli, etc., Design and Fabrication of Absorber Panels for a 5MWt Molten Salt Test Solar Receiver, Solar Engineering, 488–493, 1987.

5. Jesus M. Lata, etc.. High Flux Central Receivers Of Molten Salts for The New Generation of Commercial Stand-alone Solar Power Plants. Solar Paces2006 A6–S3.

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