CN101900401B - Indoor energy-saving fresh air temperature control system with heat insulation function - Google Patents

Indoor energy-saving fresh air temperature control system with heat insulation function Download PDF

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Publication number
CN101900401B
CN101900401B CN201010238164XA CN201010238164A CN101900401B CN 101900401 B CN101900401 B CN 101900401B CN 201010238164X A CN201010238164X A CN 201010238164XA CN 201010238164 A CN201010238164 A CN 201010238164A CN 101900401 B CN101900401 B CN 101900401B
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temperature
air
controlled compartment
value
heat
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Expired - Fee Related
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CN201010238164XA
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CN101900401A (en
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沈幸
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李仁良
沈幸
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Abstract

The invention discloses an indoor energy-saving fresh air temperature control system with a heat insulation function, which comprises an air exchange system, temperature sensors and a temperature control chamber, wherein the air exchange system comprises an air conditioner and an air exchange device or a total heat exchanger or a heat pipe exchanger; an intelligent central control module is arranged in the temperature control chamber; a heat insulation material layer is pasted on the inner wall of the temperature control chamber; a heat insulation film is pasted on the window of the temperature control chamber; the air conditioner is installed in the temperature control chamber; the air exchange device or the total heat exchanger is installed inside or outside the temperature control chamber and is communicated with the external air through a pipeline; the air conditioner and the air exchange device or the total heat exchanger or the heat pipe exchanger are connected on the intelligent central control module; at least two temperature sensors are provided and are respectively installed inside and outside the temperature control chamber; and the temperature sensors inside and outside the temperature control chamber are connected on the intelligent central control module. The invention has the characteristics of low investment cost, convenient maintenance and good energy-saving effect.

Description

Indoor energy-saving fresh air temperature control system with heat insulation function
Technical field
The present invention relates to a kind of indoor energy-saving fresh air temperature control system with heat insulation function.
Background technology
There is system complex in the energy-conservation temperature control system of existing indoor energy-saving fresh air temperature control system, particularly communications equipment room, and input cost is high, safeguards inconvenience, the unfavorable problem of energy-saving effect.
Summary of the invention
The objective of the invention is to design a kind of indoor energy-saving fresh air temperature control system with heat insulation function.
What the present invention will solve is the energy-conservation temperature control system of existing indoor energy-saving fresh air temperature control system, particularly communications equipment room, system complex, and input cost is high, is maintained as inconvenience, the unfavorable problem of energy-saving effect.
Technical scheme of the present invention is: it comprises air exchange system, temperature sensor and temperature controlled compartment; Described air exchange system comprises air-conditioning, air interchanger or total-heat exchanger or heat exchange of heat pipe; In temperature controlled compartment, be provided with intelligent central control module; On the inwall of temperature controlled compartment, post adiabator layer, on the window of temperature controlled compartment, post insulation film; Described air-conditioning is installed in the temperature controlled compartment, and air interchanger or total-heat exchanger are installed on the temperature controlled compartment indoor or outdoors and are communicated with outside air through pipeline; Air-conditioning, air interchanger or total-heat exchanger or heat exchange of heat pipe all are connected on the intelligent central control module; At least two of described temperature sensors are installed in the temperature controlled compartment respectively and outside the temperature controlled compartment, temperature controlled compartment is interior all to be connected on the intelligent central control module with the outer temperature sensor of temperature controlled compartment;
Described intelligent central control module is provided with indoor temperature and limits interval control function and new wind keying function; Limiting interval interior least restrictive temperature is the low end value of indoor temperature, and the highest limiting temperature in qualification is interval is the high end value of indoor temperature, and this intelligence central control module concrete function comprises:
1) temperature signal of reception temperature sensor, the work of control air-conditioning and air interchanger; When detecting the temperature control indoor temperature respectively, the temperature sensor in the temperature controlled compartment and the temperature sensor outside the temperature controlled compartment be higher than high end value; When the temperature control outdoor temperature is lower than high end value; The intelligence central control module starts air interchanger, and the temperature in the temperature controlled compartment of working quits work when being lower than high end value; At this moment air-conditioning is not worked;
When detecting the temperature control indoor temperature respectively, the temperature sensor in the temperature controlled compartment and the temperature sensor outside the temperature controlled compartment be higher than high end value; When the temperature control outdoor temperature is higher than high end value; The intelligence central control module starts air-conditioning work; Freeze, replenish low-temperature receiver, the temperature in the temperature controlled compartment of working quits work when being lower than high end value; At this moment air interchanger is in closed condition.
When detecting the temperature control indoor temperature respectively, the temperature sensor in the temperature controlled compartment and the temperature sensor outside the temperature controlled compartment be lower than low end value; When the temperature control outdoor temperature is lower than end value; The intelligence central control module starts empty moving air-conditioning work; Heat, additional heat, the temperature in the temperature controlled compartment of working quit work when being higher than low end value; At this moment air interchanger is in closed condition;
2) according to the predefined working time, open and close total-heat exchanger or heat exchange of heat pipe, the keying of total-heat exchanger or heat exchange of heat pipe does not receive influence of temperature change.
It is low, easy to maintenance that the present invention has an input cost, maintenance cost low with good energy-conserving effect advantage.Compare with the general room energy conserving system, native system at least can be energy-conservation more than 50%.
Description of drawings
Fig. 1 is a block diagram of the present invention.
Fig. 2 is the structural representation of wall heat insulation material of the present invention.
Fig. 3 is a structural representation of the present invention.
The specific embodiment
Below in conjunction with accompanying drawing and embodiment the present invention is described further.
As shown in the figure, the present invention includes air exchange system, temperature sensor and temperature controlled compartment 6, described air exchange system comprises air-conditioning, air interchanger 9 or total-heat exchanger or heat exchange of heat pipe.In temperature controlled compartment 6, be provided with intelligent central control module 7, on the inwall of temperature controlled compartment 6, post adiabator layer, on the window 10 of temperature controlled compartment 6, post insulation film; Described air-conditioning is installed in the temperature controlled compartment 6, and air interchanger 9 or total-heat exchanger are installed on temperature controlled compartment 6 indoor or outdoors and are communicated with outside air through pipeline; Air-conditioning, air interchanger 9 or total-heat exchanger or heat exchange of heat pipe all are connected on the intelligent central control module 7; At least two of described temperature sensors, be installed on respectively in the temperature controlled compartment 6 with temperature controlled compartment 6 outside, all be connected on the intelligent central control module 7 with temperature controlled compartment 6 outer temperature sensors in the temperature controlled compartment 6;
Described intelligent central control module 7 is provided with indoor temperature and limits interval control function and new wind keying function; Limiting interval interior least restrictive temperature is the low end value of indoor temperature, and the highest limiting temperature in qualification is interval is the high end value of indoor temperature, and these intelligence central control module 7 concrete functions are:
1) temperature signal of reception temperature sensor, the work of control air-conditioning and air interchanger 9; Temperature is higher than high end value in the temperature controlled compartment 6 when temperature sensor in the temperature controlled compartment 68 and temperature sensor 13 outside the temperature controlled compartment 6 detect respectively; When temperature controlled compartment 6 outer temperature are lower than high end value; Intelligence central control module 7 starts air interchangers 9, and the temperature in the temperature controlled compartment 6 of working quit work when being lower than high end value; At this moment air-conditioning is not worked;
Temperature is higher than high end value in the temperature controlled compartment 6 when temperature sensor in the temperature controlled compartment 68 and temperature sensor 13 outside the temperature controlled compartment 6 detect respectively; When temperature controlled compartment 6 outer temperature are higher than high end value; Intelligence central control module 7 starts air-conditioning work; Freeze, replenish low-temperature receiver, the temperature in the temperature controlled compartment 6 of working quit work when being lower than high end value; At this moment air interchanger 9 is in closed condition.
Temperature is lower than low end value in the temperature controlled compartment 6 when temperature sensor in the temperature controlled compartment 68 and temperature sensor 13 outside the temperature controlled compartment 6 detect respectively; When temperature controlled compartment 6 outer temperature are lower than end value; Intelligence central control module 7 starts empty moving air-conditioning work; Heat, additional heat, the temperature in the temperature controlled compartment 6 of working quit work when being higher than low end value; At this moment air interchanger 9 is in closed condition;
2) according to the predefined working time, open and close total-heat exchanger or heat exchange of heat pipe, the keying of total-heat exchanger or heat exchange of heat pipe does not receive influence of temperature change.
Adiabator layer on temperature controlled compartment 6 inwalls comprises air isolation layer, insulation film made layer 4 and polyurethane foam layer 5, and the air isolation layer is located on the inwall of body of wall 1, on the air isolation layer, pastes insulation film made layer 4, pastes polyurethane foam layer 5 on the insulation film made layer 4; Described air isolation layer comprises air bag layer 2 and ballonet 3, and the one side at least of air bag layer 2 is placed with ballonet 3.
Temperature sensor is two or four.
Described air-conditioning is a split-type air conditioner, machine 12 and outer machine 11 in comprising, and interior machine 12 is installed in the temperature controlled compartment 6, and outer machine 11 is installed on outside the temperature controlled compartment 6; Described air-conditioning is used for additional heat or cold air, and is used for the room air circulation.
The low end value of described temperature is that 18 ℃, the high end value of temperature are 25 ℃.
The function of described air exchange system be outside emptying gas, inwardly send air, make indoor air flows and cold and heat source be provided.General to the less demanding temperature controlled compartment 6 of new wind, air exchange system is selected air interchanger 9 and air-conditioning for use.New wind is required then should select total-heat exchanger and air-conditioning or heat exchange of heat pipe and air-conditioning for use than higher temperature controlled compartment 6.The unlatching of total-heat exchanger or heat exchange of heat pipe is not controlled by temperature, and it sets opening and closing time according to intelligent central control module 7, sends work order separately.
Total-heat exchanger is meant new wind, the exhaust ventilation equipment that contains full heat exchanging core.Its operation principle is: during work; When indoor exhaust wind is flowed through heat exchanger core body with the new orthogonal thereto respectively fork mode of wind; Because air-flow demarcation strip two sidewinds exist the temperature difference and vapor partial pressure is poor, two bursts of air communication present the heat and mass phenomenon when crossing demarcation strip, cause full heat exchanging process.
Heat exchange of heat pipe is to be a kind of high-performance heat exchanger of heat transfer unit with the heat pipe, and it is made up of housing, heat pipe and dividing plate.Heat pipe is as main heat transfer element, and its building block is housing, wick and working solution, after vacuumizing the housing of heat pipe, charges into an amount of working solution, and closed shell just constitutes a heat pipe.When thermal source during to the heat supply of one of which end, working solution absorbs heat and carburation by evaporation from thermal source, and the steam that carries latent heat is under differential pressure action, and high-speed transfer is to housing.
Air interchanger 9 comprises ventilation fan, ventilating fan etc.

Claims (5)

1. indoor energy-saving fresh air temperature control system with heat insulation function; Comprise air exchange system, temperature sensor and temperature controlled compartment; Described air exchange system comprises air-conditioning, air interchanger or total-heat exchanger or heat exchange of heat pipe; It is characterized in that in temperature controlled compartment, being provided with intelligent central control module, on the inwall of temperature controlled compartment, post adiabator layer, on the window of temperature controlled compartment, post insulation film; Described air-conditioning is installed in the temperature controlled compartment, and air interchanger or total-heat exchanger are installed on the temperature controlled compartment indoor or outdoors and are communicated with outside air through pipeline; Air-conditioning, air interchanger or total-heat exchanger or heat exchange of heat pipe all are connected on the intelligent central control module; At least two of described temperature sensors are installed in the temperature controlled compartment respectively and outside the temperature controlled compartment, temperature controlled compartment is interior all to be connected on the intelligent central control module with the outer temperature sensor of temperature controlled compartment;
Described intelligent central control module is provided with indoor temperature and limits interval control function and new wind keying function; Limiting interval interior least restrictive temperature is the low end value of indoor temperature, and the highest limiting temperature in qualification is interval is the high end value of indoor temperature, and this intelligence central control module concrete function comprises:
1) temperature signal of reception temperature sensor, the work of control air-conditioning and air interchanger; When detecting the temperature control indoor temperature respectively, the temperature sensor in the temperature controlled compartment and the temperature sensor outside the temperature controlled compartment be higher than high end value; When the temperature control outdoor temperature is lower than high end value; The intelligence central control module starts air interchanger, and the temperature in the temperature controlled compartment of working quits work when being lower than high end value; At this moment air-conditioning is not worked;
When detecting the temperature control indoor temperature respectively, the temperature sensor in the temperature controlled compartment and the temperature sensor outside the temperature controlled compartment be higher than high end value; When the temperature control outdoor temperature is higher than high end value; The intelligence central control module starts air-conditioning work; Freeze, replenish low-temperature receiver, the temperature in the temperature controlled compartment of working quits work when being lower than high end value; At this moment air interchanger is in closed condition.
When detecting the temperature control indoor temperature respectively, the temperature sensor in the temperature controlled compartment and the temperature sensor outside the temperature controlled compartment be lower than low end value; When the temperature control outdoor temperature is lower than end value; The intelligence central control module starts empty moving air-conditioning work; Heat, additional heat, the temperature in the temperature controlled compartment of working quit work when being higher than low end value; At this moment air interchanger is in closed condition;
2) according to the predefined working time, open and close total-heat exchanger or heat exchange of heat pipe, the keying of total-heat exchanger or heat exchange of heat pipe does not receive influence of temperature change.
2. the indoor energy-saving fresh air temperature control system with heat insulation function according to claim 1; It is characterized in that the adiabator layer on the temperature controlled compartment inwall comprises air isolation layer, insulation film made layer and polyurethane foam layer; The air isolation layer is located on the inwall of body of wall; On the air isolation layer, paste the insulation film made layer, paste the polyurethane foam layer on the insulation film made layer; Described air isolation layer comprises air bag layer and ballonet, and the one side at least of air bag layer is placed with ballonet.
3. the indoor energy-saving fresh air temperature control system with heat insulation function according to claim 1 is characterized in that temperature sensor is two or four.
4. the indoor energy-saving fresh air temperature control system with heat insulation function according to claim 1 is characterized in that described air-conditioning is a split-type air conditioner, machine and outer machine in comprising, and interior machine is installed in the temperature controlled compartment, and outer machine is installed on outside the temperature controlled compartment; Described air-conditioning is used for additional heat or cold air, and is used for the room air circulation.
5. the indoor energy-saving fresh air temperature control system with heat insulation function according to claim 1 is characterized in that the low end value of described temperature is that 18 ℃, the high end value of temperature are 25 ℃.
CN201010238164XA 2010-07-28 2010-07-28 Indoor energy-saving fresh air temperature control system with heat insulation function Expired - Fee Related CN101900401B (en)

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Families Citing this family (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102355807A (en) * 2011-07-29 2012-02-15 上海威特力热管散热器有限公司 Heat pipe heat exchange system and heat exchange method thereof for communication data machine room
CN102828561A (en) * 2012-09-11 2012-12-19 广西玉林市参益钢建有限公司 Energy-saving heat insulation hall
CN108131764B (en) * 2015-08-02 2020-03-24 江苏易明昌建设工程有限公司 Building
CN107543274A (en) * 2016-06-24 2018-01-05 帕赛波活力日本株式会社 Air exchange system
CN112324004A (en) * 2020-10-26 2021-02-05 叶际平 Heat preservation and insulation assembly for building energy-saving reconstruction
CN113006266B (en) * 2021-02-25 2021-11-05 江阴市第八建筑安装工程有限公司 Prefabricated assembly type green house building

Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN2081076U (en) * 1990-11-30 1991-07-17 罗冬祥 Air conditioning heat exchanger
CN2272989Y (en) * 1996-05-28 1998-01-21 吴登庆 Low-noise window air conditioner
JP2007187334A (en) * 2006-01-11 2007-07-26 Matsushita Electric Ind Co Ltd Air conditioner
JP2007322078A (en) * 2006-06-01 2007-12-13 Mitsubishi Electric Corp Heat exchange ventilator

Patent Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN2081076U (en) * 1990-11-30 1991-07-17 罗冬祥 Air conditioning heat exchanger
CN2272989Y (en) * 1996-05-28 1998-01-21 吴登庆 Low-noise window air conditioner
JP2007187334A (en) * 2006-01-11 2007-07-26 Matsushita Electric Ind Co Ltd Air conditioner
JP2007322078A (en) * 2006-06-01 2007-12-13 Mitsubishi Electric Corp Heat exchange ventilator

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