Assessment of tidal range energy resources based on flux conservation in Jiantiao Bay, China
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La Rance Tidal Range Power Station in France and Jiangxia Tidal Range Power Station in China have been both long-term successful commercialized operations as kind of role models for public at large for more than 40 years. The Sihwa Lake Tidal Range Power Station in South Korea has also developed to be the largest marine renewable power station with its installed capacity 254 MW since 2010. These practical applications prove that the tidal range energy as one kind of marine renewable energy exploitation and utilization technology is becoming more and more mature and it is used more and more widely. However, the assessment of the tidal range energy resources is not well developed nowadays. This paper summarizes the main problems in tidal range power resource assessment, gives a brief introduction to tidal potential energy theory, and then we present an analyzed and estimated method based on the tide numerical modeling. The technical characteristics and applicability of these two approaches are compared with each other. Furthermore, based on the theory of tidal range energy generation combined with flux conservation, this paper proposes a new assessment method that include a series of evaluation parameters and it can be easily operated to calculate the tidal range energy of the sea. Finally, this method is applied on assessment of the tidal range power energy of the Jiantiao Harbor in Zhejiang Province, China for demonstration and examination.
Key wordstidal range energy numerical modeling flux conservation resource assessment
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This research is supported by the Chinese Marine Renewable Special Fund (Nos. GHME2012ZC05, GHME 2013ZC01, GHME2013GC03, and GHME2014ZC01), the Natural Science Foundation of Tianjin (No. 16JCYBJC20600), the Marine Environment Security Assurance Special Projects (Nos. 2016YFC1401800, 2016YFC140 2000, and 2016YFC1401400), the National Natural Science Foundation of China (Nos. 41406011, 41430963 and 41606005), the National Soft Science Research Plan (No. ZLY2015140), the Strategic Priority Research Program of the Chinese Academy of Sciences (Nos. XDA11010204, XDA11010201), the introduction of International Advanced Agricultural Science and Technology Plan Project (No. 2015-Z61), the Fundamental Research Funds for the Central Universities (Nos. 201564014, 201562030), and the Special Program for Applied Research on Super Computation of the NSFC - Guangdong Joint Fund (the second phase). The author Huaming Yu is also supported by Taishan scholars program.
- Bernstein, 1996. Tidal Power Station. Translation by Ministry of east China Design Institute, Zhejiang University Press, Hangzhou, 1–14.Google Scholar
- Chen, J., 2013. Characteristic analysis of tidal current energy in the Xiamen Bay and Jinmen channel. Marine Science Bulletin, 32 (6): 641–647.Google Scholar
- Chen, Y., 1990. The development of tidal power in Jiantiao harbor. New Energy, (4): 5–8.Google Scholar
- Goldwag, E., and Potts, R., 1989. Energy Production. In: Developments in Tidal Energy, Proceedings of the Third Conference on Tidal Power Organized by the Institution of Civil Engineers, Thomas Telford, London, 75–92.Google Scholar
- Fleming Energy and BordGáis E’́ireann (FE and BGE), 2008. Strategic environmental assessment strategic assessment of proposals for tidal power development in the Severn Estuary. Fleming Energy Tidal Power Proposal, 16–17.Google Scholar
- Han, J. X., 2015. China Offshore Ocean: Ocean Renewable Energy. China Ocean Press, Beijing, 13–14.Google Scholar
- Li, Y. W., 2008. Utilization of Ocean Energy. China Ocean Press, Beijing, 29–39.Google Scholar
- Li, Z., 1992. The utilization of tidal range energy of Jiantiao Harbor, Sanmen Bay. Hydropower Technology of East China, (4): 17–23.Google Scholar
- Shi, P., Xu, D., and Wang, J., 2012. Characteristics of the tide and tidal current off the Sanmen Bay. Journal of Marine Sciences, 30 (2): 27–35.Google Scholar
- Wang, C. K., and Lu, W., 2009. Analytical Methods and Assessment of Ocean Energy Resource. China Ocean Press, Beijing, 38–45.Google Scholar
- Wu, H., Wang, X., and Li, S. H., 2015. Advance in the study of assessment and utilization of tidal energy resource in China. Marine Science Bulletin, 34 (4): 370–376.Google Scholar
- Wu, H., Zhao, S., Zhang, S., Wang, X., and Ma, Z., 2011. Preliminary assessment of tidal energy in Lao Tieshan channel. Marine Science Bulletin, 30 (3): 310–314.Google Scholar
- Xu, X. F., Kees, H., and Wu, F., 2013. Technology of dynamic tidal range power and its analysis of hydrodynamic characteristics. The 2nd Annual Conference of Development China Marine Renewable Energy. Guangzhou, China, 30–38.Google Scholar
- Xu, X. F., Yang, T. Z., and Sun, Z. L., 2010. Study on simulation of tidal energy with dynamic range - A new method for development of tidal energy. The 3rd Conference Proceeding of China Renewable Energy Association Marine Energy Professional Committee. Wenling, China, 95–103.Google Scholar
- Yang, T., Xu, X., Zhang, J., and Wang, C., 2010. Numerical modeling of the engineering operation on Jiantiao Harbor Tidal Power. The 3rd Scholar Conference of Ocean Energy. Chinese Renewable Energy Society, Wenling, 82–94.Google Scholar