2011•Energy and Energy ConservationRequires access

Sanmenxia Reservoir Optimal Scheduling of Peach Flood

Haijun Wang

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Abstract

This paper describes the Wanjiazhai reservoir regulation,the use of optimization peach flood test flood and erosion control to reduce the Sanmenxia Reservoir Tongguan non-flood water level does not exceed 318 m high and other methods to change the Sanmenxia Reservoir peach flood runoff process and the use of the reservoir boundary conditions,proposed to strengthen the hydrological analysis,improve forecast accuracy,optimize reservoir real-time scheduling and other measures,the flood storage can be achieved before the peaches are not abandoned flood water,flood water in a small abandoned to maximize water efficiency.

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What this paper is about

This paper describes the Wanjiazhai reservoir regulation,the use of optimization peach flood test flood and erosion control to reduce the Sanmenxia Reservoir Tongguan non-flood water level does not exceed 318 m high and other methods to change the Sanmenxia Reservoir peach flood runoff process and the use of the reservoir boundary conditions,proposed to strengthen the hydrological analysis,improve forecast accuracy,optimize reservoir real-time scheduling and other measures,the flood storage can be achieved before the peaches are not abandoned flood water,flood water in a small abandoned to maximize water efficiency.

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Available abstract

This paper describes the Wanjiazhai reservoir regulation,the use of optimization peach flood test flood and erosion control to reduce the Sanmenxia Reservoir Tongguan non-flood water level does not exceed 318 m high and other methods to change the Sanmenxia Reservoir peach flood runoff process and the use of the reservoir boundary conditions,proposed to strengthen the hydrological analysis,improve forecast accuracy,optimize reservoir real-time scheduling and other measures,the flood storage can be achieved before the peaches are not abandoned flood water,flood water in a small abandoned to maximize water efficiency.

Key concepts: Flood myth, Environmental science, Surface runoff, Hydrology (agriculture), Flood control, Scheduling (production processes), Water resource management, Geology

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