Water distribution system

Abstract

The invention discloses a water distribution system, which is arranged in an energy storage pool and mainly comprises a plurality of overflow type water distributors and a plurality of partitioning falling-curtains, wherein the overflow type water distributors are arranged on the top and the bottom of the pool; the partitioning falling-curtains are used for partitioning the pool into small ranges; and flow equalizing baffles are arranged in the overflow type water distributors. According to the scheme, the flow equalizing baffles are arranged in the water distributors, so that the water distribution area is increased and the water flow speed is reduced and is more uniform to achieve an effect that static stratification of pool water is realized according to water temperature; meanwhile, the water pool is partitioned into a plurality of small water distribution systems by the partitioning falling-curtains to form a similarly honeycomb structure, so that transverse interference of the water pool is greatly reduced, and meanwhile, the pool water is more finely controlled; the thickness of a thermocline is reduced as much as possible by the scheme, so that the space requirement of the water pool is greatly reduced; and the thickness of the thermocline is compressed to be 5-10 cm, so that the utilization efficiency of the energy storage pool is increased, the energy efficiency of the energy storage system is improved, and the effects of energy conservation and environmental friendliness are achieved.

Description

technical field [0001] The invention relates to the technical field of central air-conditioning, in particular to a water distributor system for a cool-storage pool using the central air-conditioning. Background technique [0002] The existing water distributor system mainly consists of nozzles, perforated pipes, filter heads, and rotary water distributors. When used in an energy storage tank, the flow of water cannot be effectively reduced when the water passes through it, and the power of the water flow will be relatively large, which will eventually affect the stability of the thermocline layer in the energy storage pool and expand the depth of the thermocline layer , generally more than 30 cm, which reduces the efficiency of the energy storage pool, and then the larger the area of ​​the energy storage pool, the shallower the depth and the lower the efficiency, resulting in some cases, the efficiency of the energy storage pool is lower than 50%. Contents of the inventio...

AI Technical Summary

Problems solved by technology

When used in an energy storage tank, the flow of water cannot be effectively reduced when the water passes through it, and the power of the water flow will be relatively large, which will eventually affect the stability of the thermocline layer in the energy storage pool and expand the depth of the thermocline layer , generally more than 30 cm, which reduces the efficiency of the energy storage pool, and the larger the area of ​​the energy storage pool, the shallower the depth and the lower the efficiency, resulting in some cases, the efficiency of the energy storage pool is lower than 50%

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