Movable overflow type hydraulic brake saline water tank

Abstract

The invention provides a movable overflow type hydraulic brake saline water tank, which belongs to the field of generator experiment equipment and comprises a work tank, a water storage tank, an electrode plate and a busbar, wherein the electrode plate is positioned in the work tank, the busbar is connected with the electrode plate, the work tank is positioned above the water storage tank, the movable overflow type hydraulic brake saline water tank also comprises a water pump station and an overflow door, the overflow door consists of a door frame and a hydraulic door, the door frame is fixedat an opening part of the side surface of the work tank, the hydraulic door can move upwards and downwards along the door frame and can be fixed in any position of the door frame through a fixing element, the top end of the hydraulic door is provided with an overflow groove, the bottom of the overflow groove is provided with a pipeline communicated to the water storage tank, and the water pump station is respectively connected with the work tank and the water storage tank through pipelines. The overflow door and the water pump are adopted, water can be continuously circulated, the load can not be changed, a cooling effect is realized, the problem of load fluctuation caused by serious violent boiling is also solved, and the movable overflow type hydraulic brake saline water tank also has the advantages that the load does not need to be frequently regulated, and the carrying capability is great. The movable overflow type hydraulic brake saline water tank can be widely applied to large-scale generator tests.

Description

Technical field [0001] The invention relates to generator experiment equipment, in particular to a salt water tank used in generator experiments. Background technique [0002] During the generator test, the salt water cylinder is often used as the imaginary active load. The principle of the salt water tank is to use the plate (steel plate) to soak in different water depths, and its water resistance value is different. When a current flows through the plate, as the current increases, the active power consumed also increases. [0003] Since the salt water tank is an electrothermal conversion device, the salt water will generate a large amount of heat until it boils. If there is no cooling system, the strong fluctuation of the water surface due to strong boiling will lead to large fluctuations in power generation load. The fixed form of salt water tank can be equipped with a cooling tower. Cooling is carried out to achieve the purpose of eliminating this phenomenon, but for th...

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Problems solved by technology

[0003] Since the salt water tank is an electrothermal conversion device, the salt water will generate a large amount of heat until it boils. If there is no cooling system, the strong fluctuation of the water surface due to strong boiling will lead to large fluctuations in power generation load. The fixed form of salt water tank can be equipped with a cooling tower. cooling to achieve the purpose of eliminating this phenomenon, but for the mobile integrated salt water tank, no relevant measures have been taken to solve this problem

[0004] At the same time, if the current salt water tank runs for a long time under a certain load, the load will drop due to the evaporation of water. Only by manual or continuous adjustment of the control system can the relatively stable load be ensured.

[0005] Moreover, the carrying capacity of the current portable brine tanks is relatively small, which cannot meet the test requirements for large-scale ship power stations in the future.

[0006] To sum up, the currently used movable brine tanks have the disadvantages of unstable water surface, large load fluctuations, and small carrying capacity, and due to water evaporation, constant adjustment is required to ensure the stability of the load

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