Integration hydrodynamic force transportation and distribution system

Abstract

The invention relates to an integration hydrodynamic force transportation and distribution system and belongs to the field of related technologies and equipment of new energy resources. The integration hydrodynamic force transportation and distribution system comprises a circulating power module which communicates with a constant pressure module and a water processing and moisturizing module, and the constant pressure module communicates with a scale removing and decontaminating module; the circulating power module comprises a water escape valve, a filter, a circulating water pump, a circulating water temperature sensor and a water flow switch which are sequentially connected; tap water enters the circulating power module to become fluid after being processed by the water processing and moisturizing module, and the circulating water pump pumps the fluid to circulate between a user side and a cold and heat source side; cold and heat fluid is continuously purified by the scale removing and decontaminating module in the circulating process; and the pressure of the cold and heat fluid is maintained to be stable through the constant pressure module. According to the integration hydrodynamic force transportation and distribution system, correlating control over the transportation and distribution system and the cold and heat source is achieved through the novel structure, and the operation situation of high flow, small temperature difference and high energy consumption is avoided; and energy-saving operation of the transportation and distribution system and data teletransmission are achieved through a power distribution control and communication module, and remote expert management of the system is facilitated.

Description

technical field [0001] The invention relates to the field of new energy-related technical equipment, in particular to an integrated fluid power transmission and distribution system. Background technique [0002] The building HVAC water system includes chilled water, cooling water, heating hot water, domestic hot water and other water systems. The mechanical circulation power of the water system is generally responsible for the circulating water pump. [0003] For the closed circulation loop, in addition to the circulating water pump, it is necessary to set up a high-level water tank, a constant pressure tank, etc. to realize the constant pressure of the system, and set up a water replenishment device to ensure that the system is adequately replenished. The entire fluid transmission and distribution system is relatively complex and occupies a large area; Moreover, the installation process is affected by factors such as the installation environment and the operating level of t...

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Problems solved by technology

[0003] For the closed circulation loop, in addition to the circulating water pump, it is necessary to set up a high-level water tank, a constant pressure tank, etc. to realize the constant pressure of the system, and set up a water replenishment device to ensure sufficient water replenishment for the system. The composition of the entire fluid transmission and distribution system is relatively complex and occupies a large area; Moreover, the installation process is affected by factors such as the installation environment and the operating level of the workers. The quality of the system is not easy to guarantee, and the installation and construction period is also long. For large-scale systems, the later operation and maintenance and manual operations are heavy, which is not suitable for the current stage of intelligentization and energy saving. Running time requirements

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