Water conservancy project intelligent regulation control system and regulation control method for guaranteeing water supply safety of river mouth
A water conservancy project and control system technology, applied in general water supply conservation, instruments, data processing applications, etc., can solve the problem of enlarging the Three Gorges Project's anti-salt water upstream, unsuitable for navigable estuaries, the technical plan or model discussion does not provide an implementation plan And other issues
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Embodiment 1
[0063] The intelligent control system of water conservancy projects to ensure the safety of estuary water supply, such as figure 1 and figure 2 As shown, it is composed of an environmental element in-situ monitoring module 1, an environmental element information management and control module 2, an upstream remote control module 3 and a downstream local intelligent emergency module 4.
[0064] Part I: In-Situ Monitoring Module of Environmental Elements
[0065] The environmental element in-situ monitoring module 1 is composed of a reservoir operation monitoring unit 11, a basin rainfall monitoring unit 12, an estuary water quality monitoring unit 13, and an operation communication unit 14, and is used for real-time monitoring of the hydrology, hydrodynamics, and hydrology at key locations of the upstream reservoir and the downstream estuary. Environmental elements, involving remote field acquisition equipment, wireless communicators, temporary storage and power supplies.
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Embodiment 2
[0084] A large channel-type reservoir is built in the middle reaches of a certain river, and its design tasks include flood control, power generation and shipping. Under the conventional control of the upstream reservoir, for the purpose of flood control, the water level of the reservoir will drop to the flood control limit water level of 145m in the middle and early June of each year, and the water level will be maintained as much as possible until the water storage begins in late September, and the water level will rise to 145m in late October and early November. The normal high water level is 175m, and this water level will be maintained until the end of December. From January 1st, the reservoir will replenish water from the normal water level to the downstream. By the middle and early April, the water level will drop to the lowest water level of 155m in the dry season, and it will start from late May. The water level dropped at an accelerated rate, falling to the flood cont...
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