Constant temperature, fresh air and water supply system for building

Abstract

The invention provides a constant temperature, fresh air and water supply system for a building. The constant temperature, fresh air and water supply system comprises a constant temperature unit, a fresh air unit, a constant temperature hot water unit and a constant intelligence unit; the constant temperature hot water unit comprises a third ground source heat pump device, a third ground source heat pump side refrigerant pipe, a third heat exchange device and a water storage tank, and domestic water is subjected to heat exchange through the third heat exchange device and then is stored in thewater storage tank; a booster pump and a water return pump are arranged on a water return pipe communicated with the water storage tank; and the constant intelligent unit comprises controllers which are arranged on users and used for controlling indoor ground coil pipes, air outlets and air outlets, the controllers are electrically connected with indoor temperature sensors, humidity sensors, carbon dioxide concentration sensors and negative oxygen ion concentration sensors, and the controllers are connected with a central processing unit. According to the constant-temperature fresh air and water supply system for the building, constant-temperature, constant-humidity, constant-oxygen, constant-cleanness, constant-quietness, constant-intelligence and constant-temperature softening hot watercan be provided for high-end residences, the intelligent degree is high, energy conservation and emission reduction are achieved, and high comfort is achieved.

Description

technical field [0001] The invention relates to the technical field of high-end buildings, in particular to a building constant temperature, fresh air and water supply system. Background technique [0002] The existing ordinary houses have the following deficiencies: 1. Unbalanced heating, unbalanced heating between north and south in winter and summer; 2. Dryness in winter, ash, static electricity, and humidity in summer; 3. High carbon dioxide concentration when sleeping at night; 4. 1. The indoor air changes with the change of the outdoor atmospheric environment. For example, when the pollution such as PM2.5 in the atmosphere is serious, the indoor air quality is not high; 5. There is crosstalk between the upper and lower floors of ordinary buildings, and the noise is serious; 6. The degree of intelligent control 7. The energy efficiency ratio and conversion rate of water heaters used in ordinary houses are low, and the water quality is poor without softening. [0003] T...

AI Technical Summary

Problems solved by technology

[0002] The existing ordinary houses have the following deficiencies: 1. Unbalanced heating, unbalanced heating between north and south in winter and summer; 2. Dryness in winter, ash, static electricity, and humidity in summer; 3. High carbon dioxide concentration when sleeping at night; 4. 1. The indoor air changes with the change of the outdoor atmospheric environment. For example, when the pollution such as PM2.5 in the atmosphere is serious, the indoor air quality is not high; 5. There is crosstalk between the upper and lower floors of ordinary buildings, and the noise is serious; 6. The degree of intelligent control Low; 7. Water heaters used in ordinary houses have low energy efficiency ratio, low conversion rate, and without softening, the water quality is poor

This passive house ultra-low energy residential fresh air cooling and heating integrated system can only realize the temperature regulation and air purification of the residence, and the degree of intelligence is not high

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