Marine chilled beam air purification device and temperature adjustment device

Abstract

The invention discloses a marine chilled beam air purification device and a temperature adjustment device. The marine chilled beam air purification device mainly comprises a chilled beam system, a waste heat recovery system, an information transmission system, a control system and a purification system. A heat source and a cold source required by the chilled beam system come from the waste heat generated by a marine main engine and a marine refrigeration unit, the characteristics of the chilled beam device and the marine main engine are combined, and the cold and heat sources generated by theship are rationally used, so that the energy efficiency is improved. Existing marine pipelines do not need to be upgraded, so that resources are saved, and the pollution problem caused by a refrigerant is reduced; and the temperature is stabilized in the setting range, the secondary use of waste heat is also realized, the energy consumption of the ship is reduced, and the return air generated by the spray principle of a chilled beam guide plate is adopted to drive indoor air flow for adsorption of air particulate matter and impurities, so that air quality is improved, and the purposes of bringcomfort to human and saving energy are realized.

Description

technical field [0001] The invention belongs to the technical field of energy saving of marine equipment, and in particular relates to a marine chilled beam air purification device and a temperature adjustment device. Background technique [0002] The increasing number of international and domestic cruise ships presents a new challenge for passenger comfort, safety and energy efficiency. As a high-end luxury travel mode, how to improve the comfort of cruise ships is a key issue that needs to be solved urgently. The new marine cold beam air purification device and temperature adjustment system solve this problem very well, and can achieve the most comfortable riding experience in the most energy-saving way. In recent years, under the leadership of energy recovery and utilization, new refrigeration technology, air purification technology, automation, intelligent control and other technologies, ship comfort has developed rapidly and achieved some results. [0003] Active chil...

AI Technical Summary

Problems solved by technology

Application number: CN201611200304.8 patent discloses an air conditioning system and method combining soil source heat pump and active chilled beam, including soil source heat exchanger, soil source heat pump unit, air conditioning unit and active chilled beam, which is characterized in that it uses The soil source heat exchanger and soil source heat pump unit perform heat exchange process to reduce the energy consumption of the air conditioner, but the heat exchange efficiency of the air conditioner system using the soil heat source is low and the heat source is unstable, which only meets the needs of land use

Application number: CN201621388753.5 patent discloses a joint construction structure of temperature and humidity adjustment system and active chilled beam, which is characterized in that the active chilled beam is installed with the keel installation structure and the roof installation structure, and is arranged in combination with the characteristics of the active chilled beam Air-conditioning water pipelines and air pipelines are not suitable for ship pipeline structures and are difficult to lay and install on ships

[0004] In the current ships that generally use central air-conditioning systems, the air-conditioning equipment requires a large installation space and low efficiency. It needs to be equipped with a special refrigerant, which makes the temperature of the air supply too low. For the sake of physical comfort, the air with too low temperature must be re- After being heated, it is sent indoors, which consumes a lot of energy

At the same time, the surface of the pipeline is wet, which provides an extremely favorable environment for the reproduction of mold. The indoor is airtight, and the air is difficult to circulate. People feel uncomfortable, and at the same time, most of the existing air-conditioning air blows directly on the human body, causing a strong wind feeling and poor comfort

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