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Environmental flow for sustainable power generation at Yeywa, Myanmar

机译:缅甸Yeywa可持续发电的环境流量

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Traditional management of hydro reservoirs commonly leads to significant changes in the natural flow regime downstream of hydro plants. It is thus very important, in the operation of a hydro system, to consider environmental flow requirements. A reservoir operation simulation study has been carried out to analyse the impact of alternative scenarios of the system operation on energy production and natural flow regime downstream of the Yeywa reservoir in Myanmar. The analysis showed that the hydro plant operation could be improved with increased energy production, while maintaining the environmental flow requirements for the downstream ecosystem. @@1. Godinho, F., Costa, S., Pinheiro, P., Reis, F. and Pinheiro, A., "Integrated Procedure for Environmental Flow Assessment in Rivers", Journal of Current Science, No. 1; 2014. @@2. Babel, M.S., Dinh, C.N., Mullick, M.R.A. and Nanduri, U.V., "Operation of a hydropower system considering environmental flow requirements: A case study in La Nga river basin, Vietnam", Journal of Hydro-environment Research,No. 6; 2012. @@3. Jain, S.K., "Assessment of environmental flow requirements for hydropower projects in India", Journal of Environmental Processing, Vol. 108; 2015. @@4. Tessman. S.A., "Environmental Assessment, Technical Appendix E, in Environmental Use Sector Reconnaissance Elements of the Western Dakotas Region of South Dakota Study", Water Resources Research Institute/ South Dakota State University, Brookings, South Dakota, USA; 1980. @@5. Richter, BD., Baumgartner, J.V., Wigington, R. and Braun, D.P., "How much water does a river need?", Freshwater Biology, Vol. 37, No. 1; 1997. @@6. Richter, B.D., Baumgartner, J.V., Braun, D.P. and Powell, J., "A spatial assessment of hydrologic alteration within a river network", Regulated Rivers Research Management, Vol. 14 No. 4; 1998.
机译:水库的传统管理通常会导致水电厂下游的自然流态发生重大变化。因此,在水力系统的运行中,考虑环境流量要求非常重要。已经进行了储层运行模拟研究,以分析系统运行的替代方案对缅甸Yeywa水库下游能源生产和自然流态的影响。分析表明,可以通过增加能源产量来改善水电厂的运行,同时保持下游生态系统的环境流量需求。 @@ 1。 F. Godinho,F. Costa,S.,Pinheiro,P.,Reis,F.和Pinheiro,A.,“河流环境流量评估的综合程序”,《当前科学杂志》,第1期; 2014。@@ 2。 M.S. Babel,C.N。Dinh,M.R.A。Mullick和U.V. Nanduri,“考虑环境流量要求的水电系统的运行:越南La Nga流域的案例研究”,《水环境研究》,第1号。 6; 2012。@@ 3。 Jain,S.K.,“印度水电项目对环境流量要求的评估”,《环境加工杂志》,第108; 2015。@@ 4。特斯曼。 S.A.,“南达科他州西部达科他州地区环境使用部门侦察要素中的环境评估,技术附录E”,水资源研究所/南达科他州立大学,美国南达科他州布鲁金斯; 1980。@@ 5。 BD。Richter,J.V。Baumgartner,R。Wigington和D.P. Braun,“河流需要多少水?”,淡水生物学,第1卷。 37,第1号; 1997。@@ 6。里奇特(Brich),鲍姆加特纳(Baugartner),J.V.和Powell,J.,“河流网络内水文变化的空间评估”,《受管制的河流研究管理》,第1卷。 14号4号; 1998年。

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