阅读说明：本技术 建筑物暖通调控系统及使用方法 (Building HVAC regulator control system and application method ) 是由 齐学军 李燕春 于 2019-09-18 设计创作，主要内容包括：本发明公开了一种建筑物暖通调控系统,包括暖通空调监控主机等,其使用方法为通过压力传感器、温度传感器、室内温湿度传感器、压差传感器和风管温湿度传感器进行监测,将信息传递给暖通空调监控主机,从而调控冷水主机、水泵、冷却塔、风机、加热器、加湿器、比例积分阀和除湿机的运行状态。本发明能使其设备处于最佳节能的运行状态,节能效果好。(The invention discloses a kind of building HVAC regulator control systems, including Heating,Ventilating and Air Conditioning monitoring host computer etc., its application method is to be monitored by pressure sensor, temperature sensor, indoor temperature and humidity sensor, differential pressure pickup and air hose Temperature Humidity Sensor, Heating,Ventilating and Air Conditioning monitoring host computer is passed information to, to regulate and control the operating status of cold water main unit, water pump, cooling tower, blower, heater, humidifier, proportional integration valve and dehumidifier.The present invention can make its equipment be in the operating status of maximum energy-saving, and energy-saving effect is good.)

1. a kind of building HVAC regulator control system, it is characterised in that: including Heating,Ventilating and Air Conditioning monitoring host computer, Heating,Ventilating and Air Conditioning monitoring host computer Be connected separately with the first monitoring extension set and second monitoring extension set, it is described first monitoring extension set be separately connected monitoring have cold water main unit, Water pump and cooling tower, the cold water main unit, water pump and cooling tower are fitted with pressure sensor and temperature sensor, own Pressure sensor and temperature sensor are separately connected the first monitoring extension set, for monitoring the hydraulic pressure and water of corresponding equipment respectively Temperature, the second monitoring extension set, which is separately connected monitoring, blower, heater, humidifier, proportional integration valve and a dehumidifier, and described the Indoor temperature and humidity sensor, differential pressure pickup and air hose Temperature Humidity Sensor, the interior is also respectively connected in two monitoring extension sets Temperature Humidity Sensor is for detecting indoor temperature and humidity, to regulate and control heater, humidifier and dehumidifier, the differential pressure pickup and wind Tube temperature humidity sensor is for detecting aerial temperature and humidity in air hose pressure difference and air hose, to regulate and control blower and proportional integration valve.

2. building HVAC regulator control system according to claim 1, it is characterised in that: the blower includes compressor, cold Condenser, evaporator and expenditure and pressure valve, the compressor connect condenser, and condenser connects expenditure and pressure valve, expenditure and pressure valve Evaporator is connected, evaporator connect compressor forms cooling cycle system.

3. building HVAC regulator control system according to claim 1, it is characterised in that: the first monitoring extension set includes the One extension set host and the first touch screen, the first touch screen connect the first extension set host.

4. building HVAC regulator control system according to claim 3, it is characterised in that: the host of extension set first connects respectively Connect cold water main unit, water pump, cooling tower, pressure sensor and temperature sensor.

5. building HVAC regulator control system according to claim 1, it is characterised in that: the second monitoring extension set includes the Two extension set hosts and the second touch screen, the second touch screen connect the second extension set host.

6. building HVAC regulator control system according to claim 5, it is characterised in that: the host of extension set second connects respectively Connecing monitoring has blower, heater, humidifier, proportional integration valve, dehumidifier, indoor temperature and humidity sensor, differential pressure pickup, air hose Temperature Humidity Sensor.

7. according to the regulation method of building HVAC regulator control system described in any of the above-described claim, it is characterised in that: pass through Pressure sensor and temperature sensor monitor the pressure and temperature of cold water main unit, water pump and cooling tower respectively, its information is transmitted To the first extension set host, the first extension set host is to transmit corresponding regulation and control instruction control to cold water main unit, water pump and cooling tower respectively Its operating status is made, the first touch screen of the first extension set host of connection can be used to be arranged parameter, display data and equipment operation shape State；Indoor temperature and humidity is detected by indoor temperature and humidity sensor, wind is detected by differential pressure pickup and air hose Temperature Humidity Sensor Then aerial temperature and humidity in pipe pressure difference and air hose passes information to the second extension set host, the second extension set host is to right respectively Blower, heater, humidifier, proportional integration valve and dehumidifier transmit corresponding regulation and control instruction and control its operating status, connection second Second touch screen of extension set host can be used to be arranged parameter, display data and equipment running status.

Technical field

The invention belongs to field of energy-saving technology, more particularly to a kind of energy-saving building HVAC regulator control system and use Method.

Background technique

Currently, with continuous quickening, the increasingly raising and supply and demand of people's living standard of urban construction modernization The energy shortage problem of contradiction Japanese TV play aggravation reduces the comprehensive Energy in use of high-rise building building, improves building interior energy system Synthesis of uniting service efficiency, enhances building Residential comfort, carries out high-rise building Building Energy-saving Work and has become countries in the world The important measure of government's alleviation energy shortage.For the more external some developed countries of the research of China in terms of building energy efficiency, rise Step relatively late, is substantially started in the 1980s, ratifies the first edition residential architecture issued with the Ministry of Construction in 1989 Energy saving igniter is representative, and is further improved in engineering practice based on this.With the development of urbanization, perhaps Much cities are mostly skyscraper, are built from hotel to trade financing, are built from culture and sports to health care, from office Office building lives apartment to quotient, and the skyscraper of various functional categories is rised sheer from level ground like the mushrooms after rain, in a compact mass.New builds Build, it is new new, higher requirement proposed to Architectural Equipment using function, Heating,Ventilating and Air Conditioning has become modern architecture must can not Few critical facility, Heating,Ventilating and Air Conditioning industry entry gold period.The reasonable selection energy resources of adaptation to local conditions, it is sufficiently effective With energy, the efficiency of skyscraper energy consumption system is improved, is rationally designed and is created comfortable indoor environment and reduce as far as possible simultaneously pair The negative effect of outdoor environment must be solved the problems, such as in skyscraper design of HVAC.Therefore, one kind how is designed to build Building object HVAC regulator control system is particularly important, to realize the purpose of regulation is energy saving.

Summary of the invention

It is an object of the invention to provide a kind of building HVAC regulator control system and application methods, can be fully solved above-mentioned existing There is the shortcoming of technology.

The purpose of the present invention is realized by following technical proposals:

A kind of building HVAC regulator control system, including Heating,Ventilating and Air Conditioning monitoring host computer, Heating,Ventilating and Air Conditioning monitoring host computer are separately connected There are the first monitoring extension set and the second monitoring extension set, the first monitoring extension set, which is separately connected monitoring, cold water main unit, water pump and cold But tower, the cold water main unit, water pump and cooling tower are fitted with pressure sensor and temperature sensor, all pressure sensings Device and temperature sensor are separately connected the first monitoring extension set, for monitoring the hydraulic pressure and water temperature of corresponding equipment respectively；Described Two monitoring extension sets, which are separately connected monitoring, blower, heater, humidifier, proportional integration valve and dehumidifier, second monitoring point Indoor temperature and humidity sensor, differential pressure pickup and air hose Temperature Humidity Sensor is also respectively connected in machine, and the indoor temperature and humidity passes Sensor is for detecting indoor temperature and humidity, to regulate and control heater, humidifier and dehumidifier, the differential pressure pickup and air hose temperature and humidity Sensor is for detecting aerial temperature and humidity in air hose pressure difference and air hose, to regulate and control blower and proportional integration valve.

Further, the blower includes compressor, condenser, evaporator and expenditure and pressure valve, and the compressor connection is cold Condenser, condenser connect expenditure and pressure valve, and expenditure and pressure valve connects evaporator, and evaporator connect compressor forms refrigeration cycle system System.

Further, the first monitoring extension set includes the first extension set host and the first touch screen, the first touch screen connection the One extension set host.

Further, the host of extension set first is separately connected cold water main unit, water pump, cooling tower, pressure sensor and temperature Sensor.

Further, the second monitoring extension set includes the second extension set host and the second touch screen, the second touch screen connection the Two extension set hosts.

Further, the host of extension set second is separately connected monitoring and has blower, heater, humidifier, proportional integration valve, removes Wet machine, indoor temperature and humidity sensor, differential pressure pickup, air hose Temperature Humidity Sensor.

According to the regulation method of above-described building HVAC regulator control system, method is to pass through pressure sensor and temperature Degree sensor monitors the pressure and temperature of cold water main unit, water pump and cooling tower respectively, its information is passed to the first extension set host, First extension set host controls its operating status to transmit corresponding regulation and control instruction to cold water main unit, water pump and cooling tower respectively, even The first touch screen for connecing the first extension set host can be used to be arranged parameter, show data and equipment running status；By indoor warm and humid It spends sensor and detects indoor temperature and humidity, detected by differential pressure pickup and air hose Temperature Humidity Sensor empty in air hose pressure difference and air hose Then temperature and moisture passes information to the second extension set host, the second extension set host is to respectively to blower, heater, humidification Device, proportional integration valve and dehumidifier transmit corresponding regulation and control instruction and control its operating status, the second touching of the second extension set host of connection Touching screen can be used to be arranged parameter, show data and equipment running status.

Compared with prior art, the beneficial effects of the present invention are: structure is simple, design rationally, it is practical, can in real time Environmental data and equipment running status are monitored, each equipment is regulated and controled according to the variation of monitoring data in time, is at maximum energy-saving Operating status, while manipulating simple, user experience is good.

Detailed description of the invention

Fig. 1 is structural schematic diagram of the invention；

Fig. 2 is the structural schematic diagram of cooling cycle system.

Appended drawing reference: Heating,Ventilating and Air Conditioning monitoring host computer 1, cold water main unit 2, water pump 3, cooling tower 4, pressure sensor 5, temperature pass Sensor 6, blower 7, heater 8, humidifier 9, proportional integration valve 10, dehumidifier 11, indoor temperature and humidity sensor 12, pressure difference sensing Device 13, air hose Temperature Humidity Sensor 14, compressor 701, condenser 702, evaporator 703, expenditure and pressure valve 704, extension set first Host 15, the first touch screen 16, the second extension set host 17, the second touch screen 18.

Specific embodiment

The present invention is further illustrated with attached drawing combined with specific embodiments below.

As shown in Figure 1 to Figure 2, a kind of building HVAC regulator control system, including Heating,Ventilating and Air Conditioning monitoring host computer 1, Heating,Ventilating and Air Conditioning Monitoring host computer 1 is connected separately with the first monitoring extension set and the second monitoring extension set, and the first monitoring extension set, which is separately connected monitoring, to be had Cold water main unit 2, water pump 3 and cooling tower 4, the cold water main unit 2, water pump 3 and cooling tower 4 are fitted with pressure sensor 5 With temperature sensor 6, all pressure sensors 5 and temperature sensor 6 are separately connected the first monitoring extension set, for monitoring respectively The hydraulic pressure and water temperature of corresponding equipment, the second monitoring extension set, which is separately connected monitoring, blower 7, heater 8, humidifier 9, ratio Indoor temperature and humidity sensor 12, differential pressure pickup is also respectively connected in integral valve 10 and dehumidifier 11, the second monitoring extension set 13 and air hose Temperature Humidity Sensor 14, the indoor temperature and humidity sensor 12 is for detecting indoor temperature and humidity, to regulate and control heater 8, humidifier 9 and dehumidifier 11, the differential pressure pickup 13 and air hose Temperature Humidity Sensor 14 are for detecting air hose pressure difference and wind Inner air tube temperature and humidity, to regulate and control blower 7 and proportional integration valve 10.

The blower 7 includes compressor 701, condenser 702, evaporator 703 and expenditure and pressure valve 704, the compressor 701 connection condensers 702, condenser 702 connect expenditure and pressure valve 704, and expenditure and pressure valve 704 connects evaporator 703, evaporator 703 connect compressors 701 form cooling cycle system.

The first monitoring extension set includes the first extension set host 15 and the first touch screen 16, the first touch screen 16 connection first Extension set host 15.The host of extension set first 15 is separately connected cold water main unit 2, water pump 3, cooling tower 4, pressure sensor 5 and temperature Spend sensor 6.

The second monitoring extension set includes the second extension set host 17 and the second touch screen 18, the second touch screen 18 connection second Extension set host 17.The host of extension set second 17, which is separately connected monitoring, blower 7, heater 8, humidifier 9, proportional integration valve 10, dehumidifier 11, indoor temperature and humidity sensor 12, differential pressure pickup 13, air hose Temperature Humidity Sensor 14.

The regulation method of its building HVAC regulator control system is to be monitored respectively by pressure sensor 5 and temperature sensor 6 Its information is passed to the first extension set host 15, the first extension set master by the pressure and temperature of cold water main unit 2, water pump 3 and cooling tower 4 Machine 15 controls its operating status, connection first to transmit corresponding regulation and control instruction to cold water main unit 2, water pump 3 and cooling tower 4 respectively First touch screen 16 of extension set host 15 can be used to be arranged parameter, show data and equipment running status；Pass through indoor temperature and humidity Sensor 12 detects indoor temperature and humidity, detects air hose pressure difference and air hose by differential pressure pickup 13 and air hose Temperature Humidity Sensor 14 Interior aerial temperature and humidity, then passes information to the second extension set host 17, the second extension set host 17 to respectively to blower 7 plus Hot device 8, humidifier 9, proportional integration valve 10 and dehumidifier 11 transmit corresponding regulation and control instruction and control its operating status, connect second point Second touch screen 18 of machine host 17 can be used to be arranged parameter, show data and equipment running status.

Wherein, extension set and the second monitoring extension set are monitored respectively as Heating,Ventilating and Air Conditioning monitoring host computer 1, first using computer, That is the monitoring system using computer as this system.First monitoring extension set is for monitoring cold water main unit 2, water pump 3 and cooling Tower 4, the information of monitoring is mainly obtained from pressure sensor 5 and temperature sensor 6, and pressure sensor 5 and temperature sensor 6 It is respectively used to the pressure and temperature of detection cold water main unit 2, water pump 3 and cooling tower 4.Certain cold water main unit 2, water pump 3 and cooling Tower 4 is sequentially connected.Similarly, the second monitoring extension set is equally using monitoring system of the computer as this system, for detecting Blower 7, heater 8, humidifier 9, proportional integration valve 10 and dehumidifier 11.Because blower 7 is directly room air blast, heater 8 For room heating, humidifier 9 is used to increase humidity for room, and proportional integration valve 10 is the valve for adjusting ratio control, is removed Wet machine 11 is used to dehumidify for room.Certainly, proportional integration valve 10 can connect blower 7, heater 8, humidifier 9 as needed and remove Wet machine 11, is adjusted by the control of computer.And the environmental monitoring in room is the indoor temperature and humidity sensing by connecting computer Device 12, differential pressure pickup 13 and air hose Temperature Humidity Sensor 14 obtain the index of response, control proportional integration valve 10 to wind with this Machine 7, heater 8, humidifier 9 and dehumidifier 11 are adjusted.

The configuration of the present invention is simple, design is rationally, practical, energy real-time monitoring environmental data and equipment running status, and When each equipment regulated and controled according to the variation of monitoring data, be at the operating status of maximum energy-saving, while manipulating simple, user's body It tests and feels.This system realizes there is important reality from energy management and control system optimization, for intelligent building conservation Meaning.

The foregoing is merely illustrative of the preferred embodiments of the present invention, is not intended to limit the invention, all in essence of the invention Made any modifications, equivalent replacements, and improvements etc., should all be included in the protection scope of the present invention within mind and principle.