CN209279268U

CN209279268U - Heat management system and temperature management system

Info

Publication number: CN209279268U
Application number: CN201820482426.9U
Authority: CN
Inventors: 朴星光; 伯纳德·克莱门特; 关学峰; 王成; 刘士剑; 张文博; 郑金荣; 卢闻苏; 余立华; 范友干
Original assignee: Johnson Controls Technology Co
Current assignee: Johnson Controls Tyco IP Holdings LLP
Priority date: 2018-02-28
Filing date: 2018-03-30
Publication date: 2019-08-20
Anticipated expiration: 2028-03-30
Also published as: CN213713219U

Abstract

This disclosure relates to heat management system and temperature management system.The heat management system includes multiple fan coil units, central thermal management unit, multiple regions controller and central controller.Each of the multiple fan coil unit is configured to be located in the target set point realized in the corresponding region in the corresponding region in space.The center thermal management unit is configured to provide the working fluid through thermal conditioning to each of the multiple fan coil unit.Each of the multiple zone controller is configured to determine the current working capacity of a fan coil unit in the multiple fan coil unit.The central controller is configured to the current working capacity based on each of the multiple fan coil unit to provide instruction to the controller of the central thermal management unit.

Description

Heat management system and temperature management system

Technical field

The present disclosure generally relates to thermostats, and relate more specifically to control building by using multifunction constant temperature device Heating,Ventilating and Air Conditioning (HVAC) system in object or space.

Background technique

Thermostat is usually the component of HVAC control system.The temperature or other parameters (example of conventional thermostat sensing system Such as, humidity) and the component of HVAC system is controlled, to maintain the setting value of temperature or other parameters.Thermostat can be designed System or air-conditioning is heated or cooled for controlling.Thermostat is manufactured in many ways and is measured using various sensors The temperature of system and other expectation parameters.

Conventional thermostat is configured to carry out one-way communication with institute's connecting component, and for by opening or turning off certain Component controls HVAC system by adjusting flow.Each thermostat may include temperature sensor and user interface.With Family interface generally includes the display for information to be presented to user and uses for receiving the one or more of input from user Family interface element.In order to control the temperature of building or space, user adjusts setting value via the user interface of thermostat.

Utility model content

One kind of present disclosure is achieved in that a kind of heat management system.The heat management system includes multiple fan coil lists Member, central thermal management unit, multiple regions controller and central controller.It is each in the multiple fan coil unit It is a be configured to be located in the corresponding region in space it is described to realize to provide the air-flow through adjusting to the corresponding region Target set point in corresponding region.It is described center thermal management unit include in controller and cooler or boiler at least One.In the cooler or the boiler it is described at least one be configured to be fluidly coupled to the multiple fan coil list Each of member.The controller is configured to control at least one the operation in the cooler or the boiler To provide the working fluid through thermal conditioning to each of the multiple fan coil unit.The workflow through thermal conditioning Body is the fluid based on water.Each of the multiple zone controller and a wind in the multiple fan coil unit Fanning tray pipe unit is associated and is configured to be located in one fan coil list in the multiple fan coil unit In the corresponding region that member is positioned.Each of the multiple zone controller is configured to determine the multiple fan The current working capacity of one fan coil unit in coil pipe unit.The central controller is configured to based on described The current working capacity of each of multiple fan coil units carrys out the control to the central thermal management unit Device provides instruction.

The another kind of present disclosure is achieved in that a kind of heat management system.The heat management system includes fan coil list Member, thermal management unit, zone controller and system controller.The fan coil unit is configured to be located in space The target set point in the corresponding region is realized in corresponding region to provide the air-flow through adjusting to the corresponding region. The thermal management unit is configured to be fluidly coupled to the fan coil unit.The thermal management unit is configured to described Fan coil unit provides the working fluid through thermal conditioning.The zone controller is associated with the fan coil unit.Institute State the current working capacity that zone controller is configured to determine the fan coil unit.The system controller is configured to It is provided based on the current working capacity of at least described fan coil unit to the controller of the central thermal management unit Instruction.

The another kind again of present disclosure is achieved in that a kind of temperature management system.The temperature management system include: including The centralised temperature administrative unit of first controller, the first fan coil unit, the second fan coil unit, second controller, Three controllers and the 4th controller.The centralised temperature administrative unit includes at least one of cooler and boiler.It is described Centralised temperature administrative unit is configured to provide temperature regulated fluid.The first fan coil cell location is in space In first room.The second fan coil cell location is in second room in the space.The first fan coil list Each of first and described second fan coil unit includes coil pipe and fan.The coil pipe is configured to from the center Temperature management unit receives the temperature regulated fluid.The fan is positioned for providing the air-flow across the coil pipe So that the air-flow through adjusting flows in room associated there.The second controller is configured to determine described first First working capacity of fan coil unit.The third controller is configured to determine the of the second fan coil unit Two working capacities.4th controller includes communication interface and processing circuit.The processing circuit: first operation is held Amount and second working capacity polymerization are to determine space motion capacity；By the space motion capacity and threshold value working capacity phase Compare；It is less than the threshold value working capacity in response to the space motion capacity and is controlled via the communication interface to described first Device processed provides the first instruction, and first controller is configured to control the centralised temperature management based on first instruction Unit is described through temperature to reduce or to increase respectively to reduce the heating amount or the amount of cooling water that are provided to the temperature regulated fluid Spend the temperature of the fluid adjusted；And in response in the first fan coil unit or the second fan coil unit extremely The operating parameter of few one is more than maximum operation threshold and provides second to first controller via the communication interface and refer to Show, first controller is based on second instruction and controls the centralised temperature administrative unit and be provided to the warp to increase The heating amount or amount of cooling water of temperature adjusting fluid to be raised and lowered the temperature of the temperature regulated fluid respectively. The second controller and the third controller be configured to the temperature change based on the temperature regulated fluid and It is adaptively adjusted the speed of the first fan coil unit and the second fan coil unit respectively.

Detailed description of the invention

Fig. 1 is the schematic diagram of the floor plan of the building in accordance with some embodiments with multiple spaces, Mei Gekong Between have heat management system.

Fig. 2 is the heating of Fig. 1 in accordance with some embodiments and the central thermal management unit of cooling system and fan coil list The schematic diagram of member.

Fig. 3 is the schematic diagram of the fan coil unit of the heat management system of Fig. 1 in accordance with some embodiments.

Fig. 4 is the signal control figure of the heat management system of Fig. 1 in accordance with some embodiments.

Fig. 5 is the block diagram of the zone controller of the heat management system of Fig. 1 in accordance with some embodiments.

Fig. 6 is the block diagram of the space controller of the heat management system of Fig. 1 in accordance with some embodiments.

Fig. 7 is the method in accordance with some embodiments for operating heat management system.

Specific embodiment

It summarizes

Referring generally to attached drawing, according to some embodiments show heat management system and its components.According to exemplary implementation Example, heat management system include central thermal management unit (for example, cooler, boiler etc.), and the center thermal management unit is to running through What the region (for example, room, office etc.) in space (for example, apartment, unit, family, office building etc.) was distributed in different ways Multiple terminal units based on fluid provide temperature regulated (for example, cooling, heating etc.) working fluid (for example, water, Fluid, ethyl alcohol based on water etc.).Heat management system further comprise master controller (for example, space controller, central controller, Monitoring controller etc.) and the multiple regions controller that is distributed in different ways through the region.Each based on the terminal of fluid Unit can have corresponding zone controller.

Traditionally, house heat management system, which is used, is compiled and is arranged by the component of not homologous offer and/or manufacture.This A little anti-locking systems of different components obtain to component fully understand and how interactively with each other they are efficient real to promote When control and it is energy-optimised.The heat management system of present disclosure includes the component all provided as external member or packet, so that institute The controller (for example, master controller, zone controller etc.) for stating heat management system has the component of whole system and interacts pre- The knowledge of programming.The knowledge of this pre-programmed, which helps to provide, is capable of providing real-time control and energy-optimised heat management system (for example, the heat management system etc. based on water with the distributed terminal unit based on fluid for domestic use).

In some embodiments, heat management system (for example, its central controller, its thermal management unit etc.) is further matched It is set to and receives weather forecast from weather service and/or receive communal facility rate information from communal facility provider.Heat management system Weather forecast can be used together with communal facility rate information to carry out Model Predictive Control in system, to optimize (for example, minimum Change etc.) energy consumption of heat management system.

System layout

Shown in as shown in Figure 1 to Figure 4, the thermal management system for being shown as heating and cooling system 50 includes: master Controller is shown as space controller 100；Multiple regions controller is shown as zone controller 200；It is multiple to be based on stream The terminal unit (FBTU) of body, is shown as FBTU 300；And central thermal administrative unit, it is shown as cooler/pot Furnace 400, the center thermal administrative unit includes thermal management unit controller, is shown as cooler/boiler controller 410.As shown in Figure 1, it heats and the component of cooling system 50 is mounted on larger building (being shown as building 10) Correspondence space (being shown as space 20) (for example, unit, mansion, apartment, Urban House, office etc.) in and/or Join with the corresponding space correlation.Building 10 may include closer to each other in mansion, apartment, office building etc. Multiple spaces 20 of (on for example, under, side etc.).Each space 20 may include the multiple sons for being shown as room 30 Space or region (for example, dining room, living room, parlor, bedroom, bathroom, kitchen etc.).Accoding to exemplary embodiment, add hot and cold But system 50 be configured to based on one or more operator's setting value (for example, the preferred temperature setting value in space 20 Deng) carry out temperature of the heat management in each of the room 30 in corresponding space 20 room.In one embodiment, cooler/ Boiler 400 only includes cooler so that heating and cooling system 50 only can provide cooling to space 20.In another reality It applies in example, cooler/boiler 400 only includes boiler so that heating and cooling system 50 can be provided only to space 20 and be added Heat.In other embodiments, cooler/boiler 400 only includes both cooler and boiler so that heating and cooling system 50 can cool and heat the two to the offer of space 20.In one embodiment, cooler and boiler are mentioned as individual unit For.In another embodiment, cooler and boiler are different units and are separated units.Although there is described herein cold But device and boiler, it is to be understood that, cooler/boiler 400 may include being configured to that heat is added or removed from working fluid Any kind of HVAC equipment (for example, heat exchanger, cooling tower, heat recovery cooler, electric heating coil pipe etc.), and need not It is limited to cooler and/or boiler.

As shown in Figure 1, each room 30 in corresponding space 20 includes associated 200 He of zone controller Associated FBTU 300.In some embodiments, room 30 includes two or more FBTU 300.In this embodiment In, single zone controller 200 can from room 30 the two or more FBTU 300 (or in different rooms 30 Two or more FBTU 300) it is associated, or may there are respective numbers zone controllers in corresponding room 30 200.As shown in Figure 2, cooler/boiler 400 includes being shown as the first pipe of outlet conduit 410 and being shown For the second pipe of inlet duct 420.Outlet conduit 410 cooler/boiler 400 in the FBTU 300 in corresponding space 20 Extend between each, and be configured to provide to each of the FBTU 300 in corresponding space 20 thermal conditioning (for example, plus Heat, cooling etc.) working fluid (for example, water, the fluid based on water, ethyl alcohol etc.).In some embodiments, in one or more Between heat exchanger be positioned between cooler/boiler 400 and FBTU 300 along the outlet conduit 410.Inlet duct 420 exists Extend between each of cooler/boiler 400 and the FBTU 300 in corresponding space 20, and is configured to from corresponding space Working fluid is received in each of 20 FBTU 300 to form closed loop.Thus outlet conduit 410 and inlet duct 420 will Cooler/boiler 400 is fluidly coupled to each of FBTU 300." fluid coupling (Fluidly used herein Coupled) " mean that two components link directly or indirectly to one another so that fluid (for example, working fluid, water etc.) can be with In-between directly or by intermediate member indirect flow.

The exemplary embodiment according to shown in Fig. 3, the FBTU 300 are configured as fan coil unit (FCU), The fan coil unit is configured to provide the air of controlled temperature to the region for heating and/or cooling.In some realities It applies in example, one or more of FBTU 300 is 10008 additionally or alternatively configured as surface temperature and adjusts unit (for example, ground Plate and/or ceiling heat and/or cool unit etc.), the surface temperature adjusts unit and is configured into certain area Floor and/or ceiling offer heat and/or cool.As shown in Figure 3, each of the FCU of FBTU 300 includes It is shown as the ontology of shell 310, the ontology, which has the coil pipe for being shown as coil pipe 320 and is arranged therein, to be shown as The blower equipment of fan component 330.In some embodiments, FBTU 300 does not include shell 310, but its component layout exists Below floor or false ceiling top is without shell 310.Coil pipe 320 includes: entrance, is shown as Working-fluid intaking 322, The outlet conduit 410 of cooler/boiler 400 is coupled to so that the coil pipe 320 of each of FCU is from cooler/boiler 400 receive through thermal conditioning working fluid；And outlet, it is shown as operative fluid outlet 324, is coupled to cooler/boiler 400 Inlet duct 420 so that each of FCU coil pipe 320 by working fluid return to cooler/boiler 400.Wind Fan component 330 includes the driving element or actuator for being shown as fan motor 332, and the driving element or actuator are coupled to It is shown as the fan element of fan 334.Fan motor 332 is configured to driving fan 334 to generate air-flow.Fan component 330 are positioned such that fan 334 provides the air-flow across coil pipe 320.Flow through coil pipe 320 through thermal conditioning working fluid and The air-flow flowed across coil pipe 320 carries out hot transmitting (for example, the draw heat from air-flow of the working fluid through thermal conditioning or cooling With cooling air-flow, air-flow from the working fluid draw heat through thermal conditioning or heating to heat air-flow etc.) it is shown as with providing The output gas flow (for example, through cooling air-flow, heated air-flow etc.) of air-flow 340 through adjusting.Air-flow 340 through adjusting is provided To with the corresponding room 30 in the associated space 20 corresponding FCU with by room 30 temperature thermal conditioning (for example, heating, it is cold But etc.) to desired desired temperature.Accoding to exemplary embodiment, the speed for improving fan 334 increases working fluid and gas Amount of heat transfer between stream, and the speed for reducing fan 334 reduces the amount of heat transfer between working fluid and air-flow.

In some embodiments, each of FCU of FBTU 300 includes that can be used to control to pass through coil pipe 320 Working fluid flow rate one or more control valves for fluids 326.Control valve for fluids 326 can be positioned at coil pipe 320 Along the upstream of Working-fluid intaking 322 and/or coil pipe 320 along the downstream of operative fluid outlet 324.Accoding to exemplary embodiment, The flow rate (for example, by more opening control valve for fluids 326 etc.) for improving the working fluid by coil pipe 320 increases Amount of heat transfer between working fluid and air-flow, and the flow rate for passing through the working fluid of coil pipe is reduced (for example, by more Mostly close control valve for fluids 326 etc.) reduce amount of heat transfer between working fluid and air-flow.

The surface temperature of FBTU 300, which adjusts unit, can similarly be coupled to cooler/boiler 400.Pass through example, table Face thermostat unit may include coil pipe (for example, be similar to coil pipe 320 etc.), the coiled tube arrangements be coupled to cooler/ Below the floor of the corresponding region of boiler 400 and/or on the ceiling of corresponding region.Surface temperature adjusts unit and can also wrap One or more valves (for example, being similar to control valve for fluids 326 etc.) is included, one or more of valves are for controlling across coil pipe stream To floor and/or the flow rate of the working fluid of ceiling, and thus control from/go to the coil pipe heat transmitting.

As shown in Figure 4, space controller 100 (for example, via wired communication protocol, wireless communication protocol etc.) coupling It is bonded to each of each of zone controller 200, FBTU 300, and/or cooler/boiler controller 410.According to Exemplary embodiment, space controller 100 does not couple directly to FBTU 300, but each FBTU 300 is via corresponding area Domain controller 200 is coupled to space controller 100.In an alternative embodiment, space controller 100 couples directly to FBTU Each of 300.As shown in Figure 4, space controller 100 can also be coupled to: be shown as user equipment 500 External equipment (for example, smart phone, smartwatch, tablet computer, laptop computer, computer etc.)；It is shown as The communal facility provider (for example, electricity suppliers etc.) of communal facility provider 600；And it is shown as weather service 650 Weather service provider.

Zone controller

Referring now to Fig. 5, according to some embodiments, the block diagram of display area controller 200 in further detail is shown.Figure Any one of the described zone controller 200 before can be of zone controller 200 shown in 5.Such as institute in Fig. 5 It shows, zone controller 200 includes that user interface 210, one or more sensors 220, processing circuit 230 and communication connect Mouth 260.User interface 210 may be configured to receive input from user and provide a user output in a variety of manners.For example, with Family interface 210 may include touch sensitive panel, electronic console, ambient lighting, loudspeaker and touch feedback generator, be configured to From user receive microphone, keyboard or the button of voice command, switch, dial or any other user can operation input set It is standby.Imagining user interface 210 may include being configured to receive input from user and/or in a variety of manners (for example, touching, text Sheet, video, figure, audio, vibration etc.) in any form provide a user any kind of equipment of output.In some realities It applies in example, zone controller 200 does not include user interface 210.

Sensor 220 may be configured to the correspondence room 30 in the space 20 mounted therein of measured zone controller 200 In environment variableness or condition.Accoding to exemplary embodiment, sensor 220 includes being configured to promote to determine corresponding room Between Current Temperatures in 30 temperature sensor.In some embodiments, sensor 220 10008 additionally or alternatively includes work Fluid temperature sensor, humidity sensor, air quality sensor, proximity sensor, camera, microphone and/or light sensing Device.Temperature working fluid sensor may be configured to measure the working fluid for the coil pipe 320 for flowing through corresponding FBTU 300 Temperature.Air quality sensor may be configured to measure any one of various air quality variables, such as oxygen level, Carbon dioxide level, carbon monoxide level, anaphylactogen, pollutant, smog etc..Proximity sensor may include being configured to examine Survey the personnel of access areas controller 200 or the existing one or more sensors of equipment (for example, people etc. in room 30). For example, proximity sensor may include near-field communication (NFC) sensor, radio frequency identification (RFID) sensor, bluetooth sensor, Capacitive proximity degree sensor, biosensor are configured to any other sensor existing for testing staff or equipment.Phase Machine may include Visible Light Camera, motion detector camera, infrared camera, ultraviolet-cameras, optical sensor or any other class The camera of type.Optical sensor may be configured to measurement ambient light level.Sensor 220 may include one or more long-range fixed The sensor (for example, the sensor etc. of no-fix in the shell of zone controller 200) of position.The sensor of long range positioning can be with Processing circuit 230 is coupled to via wired communication protocol or wireless communication protocol (for example, passing through mesh network etc.).Some In embodiment, sensor 220 can communicate with one another to promote the various controllers or equipment offer information into space 20.

Communication interface 260 may include for carrying out the wired or wireless of data communication with various systems, equipment or network Interface (for example, socket, antenna, transmitter, receiver, transceiver, wire terminal etc.).For example, communication interface 260 may include For sending and receiving Ethernet card and the port and/or for via channel radio of data via the communication network based on Ethernet The Wi-Fi transceiver that communication network is communicated.Communication interface 260 may be configured to via local area network or wide area network (for example, mutually Networking, building WAN etc.) it is communicated and various communication protocols (for example, BACnet, IP, LON, MQTT etc.) can be used. Communication interface 260 may include being configured to promote zone controller 200 and various external systems or equipment (for example, space is controlled Device 100 processed, corresponding FBTU 300, user equipment 500 etc.) between electronic data communication network interface.

Processing circuit 230 is shown as including processor 232 and memory 234.Processor 232 can be general or specialized Processor, specific integrated circuit (ASIC), one or more field programmable gate array (FPGA), one group of processing component or other Suitable processing component.Processor 232 may be configured to execute and be stored in memory 234 or from other computer-readable Jie The computer code or instruction that matter (for example, CDROM, network storage equipment, remote server etc.) receives.

Memory 234 may include for storing data and/or computer code is to complete and/or promote institute in present disclosure One or more equipment (for example, memory cell, memory devices, storage equipment etc.) of each process of description.Memory 234 may include random access memory (RAM), read-only memory (ROM), hard drive storage device, temporarily storage is set Standby, nonvolatile memory, flash memory, optical memory or for store software object and/or computer instruction any other Suitable memory.Memory 234 may include database element, object identification code component, script component or for supporting this The message structure of any other type of various activities described in disclosure and message structure.Memory 234 can be via place Reason circuit 230 is communicatively coupled to processor 232 and may include executing herein for (for example, by processor 232) The computer code of described one or more process.For example, memory 234 is shown as including input module 236, region Capacity module 238 and FBTU module 240.The function of each of these modules module is described in greater detail herein.

Input module 236 be configured to from each provenance (for example, user interface 210, sensor 220, space controller 100, User equipment 500 etc.) receive input (for example, data, information, order etc.).It include using in zone controller 200 by example In the embodiment of family interface 210, input module 236 can receive from the occupant in room 30 and be directed to 200 positions of zone controller In room 30 target set point.By another example, input module 236 may be configured to receive from sensor 220 The data for the situation in room 30 being located at about zone controller 200 are (for example, room temperature, temperature working fluid, wet Degree, occupied information etc.).By still another example, input module 236 can receive order from space controller 100 to provide Give the associated FBTU 300 of zone controller 200.By still another example, input module 236 may be configured to from User equipment 500 receives the target set point in the room 30 being located at for zone controller 200.

Field capacity module 238 is configured to (for example, based on fan speed, valve location etc.) determination and zone controller The current working capacity of 200 associated FBTU 300.Later, field capacity module 238 can be by the current fortune of FBTU 300 Row volume transport is to space controller 100.In other embodiments, field capacity module 238 is collected for determining FBTU 300 Current working capacity capacity data and the capacity data transfer is determined into working as FBTU 300 to space controller 100 Preceding working capacity.In other embodiments again, at least part of field capacity module 238 is zone controller 200, space control A part of cooler/boiler controller 410 of device 100, and/or cooler/boiler 400 processed.Accoding to exemplary embodiment, area Domain capacity module 238 is configured to use ratio integral (PI) control or proportional integral differential (PID) control to determine FBTU 300 current working capacity.Current working capacity is the maximum working capacity of FBTU 300 currently using realizing correlation Join the target set point in room 30 amount or percentage (for example, the 20% of maximum working capacity, 40%, 50%, 75%, 90% etc.).In some embodiments, the current working capacity of FBTU 300 is the present speed and fan electricity of fan motor 332 The ratio or percentage of the maximum speed of machine 332, control valve for fluids 326 in FBTU 300 current location relative to fluid The ratio or percentage of the maximum open position (for example, 100% open) of control valve 326, or combinations thereof or function.In some realities It applies in example, if the current working capacity of corresponding FBTU 300 is more than maximum operation threshold (for example, maximum working capacity 85%, 90%, 95%, 99% etc.), then field capacity module 238 is configured to such instruction being transmitted to space controller 100.In other embodiments, space controller 100 is configured to determine that the current working capacity of each corresponding FBTU 300 is No is more than its maximum operation threshold.

FBTU module 240 be configured to control the fan motor 332 of the fan component 330 of FBTU 300 operation and/or The position of control valve for fluids 326, the control valve for fluids adjusting pass through FBTU's 300 associated with zone controller 200 The flowing of working fluid, to realize the target set point in room 30 that zone controller 200 is located at.By example, FBTU module 240 is configured to the target set point in room 30, the Current Temperatures in room 30, and/or by cooling down Device/boiler 400 is provided to the Current Temperatures and other possible parameter (examples of the working fluid of the coil pipe 320 of FBTU 300 Such as, the humidity in room, the temperature outside building 10, the temperature of adjacent room 30, temperature of adjacent space 20 etc.) it controls The revolving speed of fan motor 332.By another example, FBTU module 240 is configured to connect from space controller 100 The order or instruction (for example, the temperature for the working fluid that instruction is provided by cooler/boiler 400 will increase, reduce etc.) of receipts Lai Regulate and control the control to fan motor 332.

Space controller

Referring now to Fig. 6, according to some embodiments, the block diagram of spacial flex controller 100 in further detail is shown.Figure Any one of the described space controller 100 before can be of space controller 100 shown in 6.Such as institute in Fig. 6 It shows, space controller 100 includes that user interface 110, one or more sensors 120, processing circuit 130 and communication connect Mouth 160.User interface 110 may be configured to receive input from user and provide a user output in a variety of manners.For example, with Family interface 110 may include touch sensitive panel, electronic console, ambient lighting, loudspeaker and touch feedback generator, be configured to From user receive microphone, keyboard or the button of voice command, switch, dial or any other user can operation input set It is standby.Imagining user interface 110 may include being configured to receive input from user and/or in a variety of manners (for example, touching, text Sheet, video, figure, audio, vibration etc.) in any form provide a user any kind of equipment of output.

Sensor 120 may be configured to the correspondence room 30 in the measurement space 20 mounted therein of space controller 100 In environment variableness or condition.Sensor 120 may include temperature sensor, humidity sensor, air quality sensing Device, proximity sensor, camera, microphone and/or optical sensor.Air quality sensor may be configured to measure various skies Any one of gas qualitative variables, such as oxygen level, carbon dioxide level, carbon monoxide level, anaphylactogen, pollutant, Smog etc..Proximity sensor may include being configured to detect close to the personnel of space controller 100 or equipment (for example, empty Between people etc. in 20) existing one or more sensors.For example, proximity sensor may include near-field communication (NFC) Sensor, radio frequency identification (RFID) sensor, bluetooth sensor, capacitive proximity degree sensor, biosensor are configured At any other sensor existing for testing staff or equipment.Camera may include Visible Light Camera, motion detector camera, red The camera of outer camera, ultraviolet-cameras, optical sensor or any other type.Optical sensor may be configured to measurement environment light It is horizontal.Sensor 120 may include one or more sensors being remotely located (for example, no-fix is in space controller 100 Shell in sensor etc.).The sensor of long range positioning can via wired communication protocol or wireless communication protocol (for example, Pass through mesh network etc.) it is coupled to processing circuit 130.In some embodiments, sensor 120 can communicate with one another with promote to Various controllers or equipment in space 20 provide information.

Communication interface 160 may include for carrying out the wired or wireless of data communication with various systems, equipment or network Interface (for example, socket, antenna, transmitter, receiver, transceiver, wire terminal etc.).For example, communication interface 160 may include For sending and receiving Ethernet card and the port and/or for via channel radio of data via the communication network based on Ethernet The Wi-Fi transceiver that communication network is communicated.Communication interface 160 may be configured to via local area network or wide area network (for example, mutually Networking, building WAN etc.) it is communicated and various communication protocols (for example, BACnet, IP, LON etc.) can be used.Communication Interface 160 may include being configured to promote space controller 100 and various external systems or equipment (for example, communication network, area Domain controller 200, FBTU 300, cooler/boiler controller 410, user equipment 500, communal facility provider 600, weather Service 650, other space controllers 100 in adjacent space 20 etc.) between electronic data communication network interface.

Processing circuit 130 is shown as including processor 132 and memory 134.Processor 132 can be general or specialized Processor, specific integrated circuit (ASIC), one or more field programmable gate array (FPGA), one group of processing component or other Suitable processing component.Processor 132 may be configured to execute and be stored in memory 134 or from other computer-readable Jie The computer code or instruction that matter (for example, CDROM, network storage equipment, remote server etc.) receives.

Memory 134 may include for storing data and/or computer code is to complete and/or promote institute in present disclosure One or more equipment (for example, memory cell, memory devices, storage equipment etc.) of each process of description.Memory 134 may include random access memory (RAM), read-only memory (ROM), hard drive storage device, temporarily storage is set Standby, nonvolatile memory, flash memory, optical memory or for store software object and/or computer instruction any other Suitable memory.Memory 134 may include database element, object identification code component, script component or for supporting this The message structure of any other type of various activities described in disclosure and message structure.Memory 134 can be via place Reason circuit 130 is communicatively coupled to processor 132 and may include executing herein for (for example, by processor 132) The computer code of described one or more process.For example, memory 134 is shown as including input module 136, polymerization Module 138, spatial content module 140, cooler/boiler module 142, FBTU module 144, communal facility module 146, weather mould Block 148 and study module 150.The function of each of these modules described further below module.

Input module 136 be configured to from each provenance (for example, user interface 110, sensor 120, zone controller 200, Cooler/boiler 400, user equipment 500, communal facility provider 600, weather service 650, other space controllers 100 etc.) Receive input (for example, data, information, order etc.).By example, input module 136 can from via user interface 110 from The occupant in the space 20 that space controller 100 is located at receives target set point.Pass through another example, input module 136 It may be configured to the data (example that the situation in the space 20 being located at about space controller 100 is received from sensor 120 Such as, space/room temperature, temperature working fluid, humidity, occupied information etc.).By still another example, input module 136 can To receive the current operation appearance about each of FBTU 300 in space 20 from the zone controller 200 in space 20 The capacity information (for example, capacity data, current working capacity etc.) of amount.By still another example, input module 136 can be by It is configured to receive about the current operating conditions of cooler/boiler 400 or the information of parameter (for example, heating mode, cooling mould Formula, working fluid output temperature, current working capacity etc.).By further example, input module 136 be may be configured to Target set point from the space 20 that 500 reception space controller 100 of user equipment is located at.Pass through further example, input Module 136 may be configured to receive communal facility pricing data from communal facility provider 600.By further example, Input module 136 may be configured to receive Weather information from weather service 650 (for example, weather forecast, current outdoor temperature Deng).

Aggregation module 138 is configured to the current working capacity by each of FBTU 300 (for example, controlling from region What device 200 received etc.) polymerize with the total working capacity of determination or space motion capacity.In some embodiments, aggregation module 138 The current working capacity of each of FBTU 300 is additionally configured to determine (for example, uncertain in zone controller 200 The current working capacity of FBTU 300 but the embodiment of capacity data transfer to space controller 100 is medium).

Spatial content module 140 is configured to compare spatial content value with the threshold capacity in space 20.Threshold value is held Magnitude can quantity and/or space 20 based on the FBTU 300 in space 20 each FBTU 300 size.Threshold capacity Value can be the percentage of the maximum capacity in space 20.Threshold capacity can be based on the quantity of the FBTU 300 in space 20 (for example, the quantity etc. of the maximum capacity (100%) of each FBTU 300 multiplied by FBTU 300).In some embodiments, threshold value Capability value is the 50% of the maximum capacity in space 20.In other embodiments, the threshold capacity in space 20 is greater than space 20 50% (for example, 60%, 75%, 80% etc.) of maximum capacity or the threshold capacity in space 20 are less than the maximum in space 20 50% (for example, 40%, 45% etc.) of capacity.

Cooler/boiler module 142 is configured to threshold capacity and Xiang Leng based on spatial content value less than space 20 But device/boiler controller 410 sends order or instruction.The order or instruction may include adopting for cooler/boiler 400 Take the parameter of movement.By example, parameter may include the workflow for being provided to FBTU 300 by cooler/boiler 400 The desired temperature of body.Cooler/boiler controller 410 is configured to receive from cooler/boiler module 142 Parameter (for example, desired temperature etc.) come the operating parameter for regulating and controlling cooler/boiler 400 or operating point (for example, independently of sky Between controller 100 etc.).This regulation can promote the energy consumption for adaptively reducing cooler/boiler 400 (for example, working as FBTU 300 with higher setting value operation when etc.).

FBTU module 144 is configured in response to threshold capacity of the spatial content value less than space 20 and controls to region Device 200 and/or operating parameter or the operating point for directly regulating and controlling FBTU 300 to the transmission of FBTU 300 order.By example, FBTU module 144 may be configured to send order to zone controller 200 and/or directly to FBTU 300 to regulate and control FBTU 300 current output capacity (improves the revolving speed of fan motor 332, by opening or closing the stream in FBTU 300 for example, passing through Body control valve 326 etc.).In some embodiments, space controller 100 does not include FBTU module 144, and corresponding region is controlled Device 200 processed is configured to recognize the temperature change that the working fluid of its associated FBTU 300 is provided to by cooler/boiler 400 And correspondingly regulates and controls it and operate (for example, independently of space controller 100 etc.).

As an example, if spatial content value is less than threshold capacity (for example, these generally underloads of FBTU 300 etc.) And heat and cooling system 50 cooling down operation (for example, air conditioning mode is activated) is provided just in space 20, then cooler/ Boiler module 142 can provide the first instruction (for example, about temperature working fluid setting value to cooler/boiler controller 410 Increase etc.) so that cooler/boiler controller 401 can increase the work for being provided to FBTU 300 by cooler/boiler 400 Make the temperature of fluid (for example, water etc.).Cooler/boiler 400 is it is possible thereby to which cooled device/boiler controller 410 is controlled with right Working fluid executes less cooling to reduce load (for example, energy needed for reducing its operation etc.) thereon.However, such as At least one of fruit FBTU 300 reaches its maximum output capacity threshold (for example, based on connecing from associated area controller 200 What the signal received determined etc.), then cooler/boiler module 142 can provide second to cooler/boiler controller 410 and refer to Show (for example, reduced about temperature working fluid setting value etc.) so that cooler/boiler controller 410 can start to reduce work Make the temperature of fluid (for example, so that the temperature and each FBTU 300 in each corresponding room of maintenance be not in its limit It operates above).

Continue the example, if spatial content value is less than threshold capacity (for example, these generally underloads of FBTU 300 Deng) and heat and cooling system 50 provides cooling down operation (for example, air conditioning mode is activated) just in space 20, then FBTU Module 144 can provide instruction or order to zone controller 200 and/or directly to FBTU 300 to improve the wind of FBTU 300 The revolving speed of motor 332 is fanned to adapt to the raised temperature of institute of the working fluid provided by cooler/boiler 400.It is controlled in space Device 100 processed does not include in the embodiment of FBTU module 144, and zone controller 200 may be configured to identification by cooler/boiler 400 are provided to the temperature change of the working fluid of FBTU 300 associated there and correspondingly regulate and control its operation (for example, solely Space controller 100 is stood on, to realize the expectation setting value etc. in corresponding room).FBTU 300 is it is possible thereby to more using it Active volume, while the load on cooler/boiler 400 is reduced, to generally provide energy conservation in real time (for example, due to cold But device/boiler 400 usually consumes more energy than FBTU 300 to run).

As another example, if spatial content value is less than threshold capacity (for example, these FBTU 300 are generally owed Carry etc.) and heat and cooling system 50 heating operation (for example, heating mode is activated) is provided just in space 20, then it is cold But device/boiler module 142 can provide the first instruction (for example, about temperature working fluid to cooler/boiler controller 410 Setting value reduction etc.) so that cooler/boiler controller 410, which can be reduced, is provided to FBTU by cooler/boiler 400 The temperature of 300 working fluid (for example, water etc.).Cooler/boiler 400 is it is possible thereby to which cooled device/boiler controller 410 is controlled System reduces load (for example, energy needed for reducing its operation etc.) thereon to execute less heating to working fluid. However, if at least one of FBTU 300 reaches its maximum output capacity threshold (for example, based on controlling from associated region 200 received signal of device processed etc.), then cooler/boiler module 142 can provide second to cooler/boiler controller 410 and refer to Show (for example, increase about temperature working fluid setting value etc.) so that cooler/boiler controller 410 can start to increase work Make the temperature of fluid (for example, so that maintaining the temperature in each corresponding room and each FBTU 300 is not in its pole Limit operates above).Continue the example, if spatial content value is less than threshold capacity (for example, these FBTU 300 are overall Upper underload etc.) and heat and cooling system 50 heating operation (for example, heating mode is activated) is provided just in space 20, Then FBTU module 144 can provide instruction or order to zone controller 200 and/or directly to FBTU 300 to improve FBTU The revolving speed of 300 fan motor 332 is to adapt to the reduced temperature of the working fluid provided by cooler/boiler 400.? Space controller 100 does not include in the embodiment of FBTU module 144, and zone controller 200 may be configured to identification by cooling down Device/boiler 400 is provided to the temperature change of the working fluid of FBTU 300 associated there and correspondingly regulates and controls its operation (for example, independently of space controller 100, to realize the expectation setting value etc. in corresponding room).FBTU 300 is it is possible thereby to benefit With its more active volume, while the load on cooler/boiler 400 is reduced, to generally provide energy saving (example in real time Such as, it is run since cooler/boiler 400 usually consumes more energy than FBTU 300).

Communal facility module 146 is configured to explain the communal facility ratemaking power received from communal facility provider 600 It is influenced according to (for example, power cost etc.), and based on the communal facility pricing data (for example, using Model Predictive Control etc.) The order provided by cooler/boiler module 142 and/or FBTU module 144.By example, communal facility module 146 can be with base History, current communal facility price, one day current time, 1 year current date etc. are fixed a price in past communal facility to predict Or forecast price fluctuation.Therefore, when communal facility price is expected will be lower when, communal facility module 146 can influence cooler/ Boiler module 142 and/or FBTU module 144 with respectively to cooler/boiler 400 and/or FBTU 300 provide order so as to Increase load thereon and energy consumption during the lower price time (for example, so that cooler/boiler 400 is in the cooling down operation phase Between to working fluid provide more coolings, cooler/boiler 400 during heating operation to working fluid provide more heating, FBTU 300 runs fan motor 332 with higher revolving speed), thus using lower price and using the thermal capacity in space 20 to make Less adjusting can be executed when proper rise in price.Heating and cooling system 50 are it is possible thereby to which to be controlled to driving temperature slightly high In (for example, when in the heating mode etc.) or be lower than (for example, when being in refrigerating mode etc.) desired temperature (for example, one Degree, two degrees, three degree etc.), and then reduced when fixing a price and going up adjust export so that the temperature in space 20 gradually Floating returns to desired temperature, thus reduce energy consumption during the higher price time and thus reduce whole system operation at This.In some embodiments, communal facility module 146 is at least partially based on the solution of cloud, and space controller 100 are configured to be communicated with communal facility module 146 on the remote server via Internet.

Weather module 148 be configured to explain received from weather service 650 Weather information (for example, weather forecast, when Preceding outdoor temperature etc.), and influenced based on Weather information (for example, using Model Predictive Control etc.) by cooler/boiler module 142 And/or the order that FBTU module 144 provides.By example, exist if it is expected that temperature will decline and heat with cooling system 50 It is run under refrigerating mode, then weather module 148 can influence cooler/boiler module 142 and/or FBTU module 144 with respectively Order is provided to cooler/boiler 400 and/or FBTU 300 to reduce load thereon (for example, in expected reduced outside It is reduced when temperature cooling etc.).By another example, if it is expected that temperature will be increased and be heated with cooling system 50 in cooling It is run under mode, then weather module 148 can influence cooler/boiler module 142 and/or FBTU module 144 respectively to cold But device/boiler 400 and/or FBTU 300 provide order to increase load thereon (for example, in the raised external temperature of expection Increase when spending cooling etc.).Can be executed when heating is run in its heating mode with cooling system 50 similar operation (for example, Increase heating in desired temperature decline, reduce heating etc. when desired temperature increases).In some embodiments, weather module 148 are at least partially based on the solution of cloud, and space controller 100 is configured to via Internet long-range It is communicated on server with weather module 148.

Study module 150 is configured to heat interaction between the room 30 based on space 20 and/or space 20 and building The interaction of adjacent space 20 in 10 is come the adaptively heating of studying space 20 and cooling characteristics to optimize to cooler/boiler The control of 400 and FBTU 300.By example, study module 150 may be configured to identify corresponding room 30 (for example, internal Room etc.) it more easily maintains temperature and correspondingly adjusts to be provided to FBTU than other rooms 30 (for example, external room etc.) Each of 300 order.By another example, study module 150 can identify one or more adjacent spaces 20 (for example, on space 20, under, the unit on side etc.) in heat and/or cool mode and/or directly with one or In multiple adjacent spaces 20 space controller 100 communication with receive about in one or more adjacent spaces 20 heating and/ Or the information of cooling down operation, and correspondingly adjustment is provided to each of cooler/boiler 400 and/or FBTU 300 Order.For example, if desired temperature is maintained the temperature in the space 20 being located at than space controller 100 by proximity space 20 The low desired temperature of setting value is spent, then space controller 100 can be provided for reducing the room adjacent with proximity space 20 The order (for example, to utilize the temperature difference etc. in proximity space 20) of the load of FBTU 300 in 30.In this kind of embodiment In, space controller 100 can be directly (for example, via short distance or remote radio communication, bluetooth, Wi-Fi, honeycomb, radio Deng), by cloud via internet, and/or pass through the space controller in building automation system (BAS) and other spaces 100 are communicated to obtain the information about adjacent space.

Example control processes

Referring now to Fig. 7, according to some embodiments, show for operating heat management system (for example, heating and cooling system System 50 etc.) method 700.At step 702, master controller (for example, space controller 100 etc.) reception space is (for example, empty Between 20 etc.) target set point (for example, it is desirable to temperature setting etc.).It can be via the user interface of master controller (for example, user Interface 110 etc.) and/or via user equipment (for example, user equipment 500 etc.) remotely receive target set point.In step At 704, master controller, multiple regions controller (for example, zone controller 200 etc.), and/or thermal management unit controller (example Such as, cooler/boiler controller 410 etc.) multiple FBTU are operated (for example, FCU, floor and/or ceiling heat and/or cool Unit, surface temperature adjust unit, FBTU 300 etc.) and the center heat that each of is fluidly coupled to the multiple FBTU In each region (for example, each room 30 etc.) of the administrative unit (for example, cooler/boiler 400 etc.) to realize space Target set point.By example, master controller can provide order to thermal management unit controller and the multiple FBTU with reality Target set point in each region in existing space.By another example, master controller can be to thermal management unit controller Order is provided with the multiple zone controller, wherein each of the multiple zone controller is to associated there One or more FBTU provide the target set point in each region of the corresponding order to realize space.By again another show Example, master controller can provide the instruction of target set point to thermal management unit controller and the multiple zone controller, and And thermal management unit controller and the multiple zone controller can control central heat management list based on the instruction respectively Target set point in each region of the operation of first and the multiple FBTU to realize space is (for example, central thermal management unit It is not directly to be controlled by master controller with the multiple FBTU).

At step 706, each of the multiple zone controller obtains capacity data (for example, using sensor 220 etc.) to promote determining and monitoring one or more FBTU associated with the zone controller current working capacity (example Such as, to realize target set point etc.).In some embodiments, each of the multiple zone controller explains capacity Data, and then will be about to determine the current working capacity of one or more FBTU associated with the zone controller The information of the current working capacity of one or more FBTU associated with the zone controller is transmitted to master controller.At it In his embodiment, the multiple zone controller is by capacity data transfer to master controller so that master controller explains capacity Data are to determine the current working capacity of each of FBTU in space.At step 708, master controller will be described more The current working capacity of each of a FBTU polymerize to generate spatial content value.In step 710, master controller holds space Magnitude is compared with threshold capacity.

At step 712, master controller, the multiple zone controller, and/or thermal management unit controller are in response to sky Between capability value be less than threshold capacity (for example, instruction FBTU may adapt to larger load compared with running and have under low-load Active volume etc.) and regulate and control central thermal management unit operating point (for example, increase the temperature of the working fluid thus provided, Thus the temperature etc. of the working fluid provided is provided) and regulate and control the operating point of the multiple FBTU (for example, improving turning for its fan Speed).By example, master controller order can be provided to central thermal management unit with regulate and control thus be provided to it is the multiple The temperature of the working fluid of FBTU, and order is provided to the multiple FBTU to regulate and control fan (for example, fan 334 etc.) The valve (for example, valve 326 etc.) of revolving speed and/or the multiple FBTU of regulation.By another example, master controller can will be ordered Central thermal management unit is provided to regulate and control the temperature for the working fluid for being thus provided to the multiple FBTU, and order is mentioned Be supplied to the multiple zone controller, wherein each of the multiple zone controller to one associated there or Multiple FBTU provide corresponding order to regulate and control the valve of the revolving speed of fan and/or the one or more of FBTU of regulation.By again Another example, master controller can be provided to thermal management unit controller show spatial content value is less than threshold capacity the One instruction.Thermal management unit controller can regulate and control central thermal management unit based on indicating from master controller received first Operation is to adjust the temperature of working fluid (for example, increasing the temperature of working fluid when under refrigerating mode, when in heating The temperature etc. of working fluid is reduced when under mode).The multiple zone controller may be configured to the temperature to working fluid Variation recognized, identified, being determined, and increase one or more of FBTU associated there output (for example, Revolving speed, opening size of valve of fan etc.) to maintain the expectation setting value in region associated there.

As an example, if spatial content value is less than threshold capacity and heat management system just provides cooling in space Operate (for example, air conditioning mode is activated), then central thermal management unit can be controlled to increase thus be provided to it is described more The working fluid (for example, water etc.) of a FBTU temperature (for example, central thermal management unit to working fluid execute less cooling with Reduce load etc. thereon), and FBTU can be controlled to increase fan speed and/or the valve position of each of FBTU Set (for example, so that FBTU is using its more multicapacity and reduces the load etc. on central thermal management unit).

As another example, if spatial content value is less than threshold capacity and heat management system just mentions in space For heating operation (for example, heating mode is activated), then central thermal management unit can be controlled to reduce and thus be provided to The temperature of the working fluid (for example, water etc.) of the multiple FBTU is (for example, central thermal management unit is less to working fluid execution Heating is to reduce load etc. thereon), and FBTU can be controlled to increase the fan speed of each of FBTU and/ Or valve location (for example, so that FBTU is using its more multicapacity and reduces the load etc. on central thermal management unit).

At step 714, master controller, the multiple zone controller, and/or thermal management unit controller are in response to institute State at least one of multiple FBTU capacity be more than maximum operation threshold (for example, at least one of FBTU with it most 85%, 90%, 95%, 99% etc. operating point of large capacity is run) and regulate and control central thermal management unit and the multiple The operating point of FBTU.By example, master controller can be more than maximum in response to the operation setting value of at least one of FBTU Operation threshold and to thermal management unit controller provide second instruction so that the adjustable workflow of thermal management unit controller The temperature of body, so that FBTU need not be run with so high setting value in order to provide the expectation situation in space.Region control Then device processed can identify the temperature change of working fluid and be transported with being lower than the lower operation setting value of maximum operation threshold Row, while still maintaining the expectation situation in space.

The configuration of exemplary embodiment

The construction of the system and method as shown in each exemplary embodiment and arrangement are merely illustrative.Although originally draping over one's shoulders Several embodiments are only described in detail in dew, but many modifications are possible (for example, the size of various elements, size, knot The variation of structure, shape and ratio, the value of parameter, installation arrangement, the use of material, color, orientation etc.).For example, the position of element It can overturn or otherwise change, and the property of discrete elements or quantity or position can be changed or change.Therefore, institute There is this kind of modification to be intended to be included within the scope of present disclosure.It can be according to alternate embodiment to any process or method and step Sequence or sequence be changed or resequence.It, can be in exemplary embodiment in the case where not departing from present disclosure range Design, service condition and arrange aspect make other substitution, modification, change and omit.

Present disclosure assumes the program product on method, system and any machine readable media for completing each operation. Active computer processor can be used or by combining for this purpose or the special purpose computer of the appropriate system of another object Reason device or the embodiment for implementing present disclosure by hardwired systems.Embodiment within the scope of present disclosure includes program product, described Program product includes for carrying or the machine readable media with the machine-executable instruction or data structure that are stored thereon. This machine readable media can be can by general or specialized computer or the other machines with processor access it is any can Use medium.For example, this kind of computer-readable medium may include RAM, ROM, EPROM, EEPROM, CD-ROM or other Optical disk storage apparatus, disk storage device or other magnetic memory apparatus etc., or can be used to machine-executable instruction or number According to structure form carry or store desired program code and can by general or specialized computer or have processor Other machines access any other medium.The combination of above content is also included in the range of machine readable media.Machine Executable instruction includes that general purpose computer, special purpose computer or dedicated processor is for example made to execute specific function or functional group Instruction and data.

Although attached drawing shows the method and step of specified sequence, the sequence of step can be different from discribed.Also It simultaneously or partially can simultaneously execute two or more steps.This modification will depend on selected software and hardware system with And the selection of designer.All this modifications are all in the range of present disclosure.Likewise it is possible to having rule-based logic Come with the standard programming technology to realize other logics of each Connection Step, processing step, comparison step and determination step real Existing software realization mode.

Claims

1. a kind of heat management system, characterized in that the heat management system includes:

Multiple fan coil units, each of the multiple fan coil unit are configured to be located in the correspondence area in space To provide the air-flow through adjusting to the corresponding region to realize the target set point in the corresponding region in domain；

Central thermal management unit, the center thermal management unit includes controller and at least one of cooler or boiler, In the cooler or the boiler it is described at least one be configured to be fluidly coupled in the multiple fan coil unit Each, the controller be configured to control in the cooler or the boiler it is described at least one operation with to Each of the multiple fan coil unit provides the working fluid through thermal conditioning, wherein the work through thermal conditioning Fluid is the fluid based on water；

Multiple regions controller, each of the multiple zone controller and one in the multiple fan coil unit Fan coil unit is associated and is configured to be located in one fan coil in the multiple fan coil unit In the corresponding region that unit is positioned, each of the multiple zone controller is configured to determine the multiple wind The current working capacity of one fan coil unit in fanning tray pipe unit；And

Central controller, the central controller are configured to based on described in each of the multiple fan coil unit Current working capacity and provide instruction to the controller of the central thermal management unit.

2. heat management system according to claim 1, characterized in that the heat management system further comprises surface temperature Unit is adjusted, the surface temperature adjusts unit and is configured to be located in the following position at least one region in the space At least one of: below floor or above ceiling, the surface temperature adjusts unit and is configured to the floor or institute State at least one of ceiling provide be heated or cooled at least one of, wherein in the multiple zone controller extremely Few one associated with surface temperature adjusting unit, wherein at least one described quilt in the multiple zone controller It is configured to determine the current working capacity that the surface temperature adjusts unit, and wherein, the central controller is configured to Based on each of the multiple fan coil unit and the surface temperature adjust the current working capacity of unit come The instruction is provided.

3. heat management system according to claim 1, characterized in that the central controller includes:

Communication interface, the communication interface receive each in the multiple fan coil unit from the multiple zone controller A current working capacity；And

Processing circuit, the processing circuit:

The current working capacity of each of the multiple fan coil unit is condensed together to generate space fortune Row capacity；

The space motion capacity is compared with threshold capacity；

In response to the space motion capacity be less than the threshold capacity and via the communication interface to the central heat pipe The controller for managing unit provides the first instruction.

4. heat management system according to claim 3, characterized in that each of the multiple fan coil unit packet It includes:

Fan component, the fan component have motor and are coupled to the fan of the motor；And

Coil pipe, the coil pipe are configured to be fluidly coupled to the central thermal management unit to connect from the central thermal management unit Receive the working fluid through thermal conditioning；

Wherein, fan described in the motor driven is to provide the air-flow across the coil pipe to generate the air-flow through adjusting.

5. heat management system according to claim 3, it is characterized in that:

The controller of the center thermal management unit be configured in response to receive first instruction and described in regulating and controlling At least one the service condition in cooler or the boiler to adjust the work through thermal conditioning in a first direction Make the temperature of fluid；And

Each of the multiple zone controller is configured to identify the temperature of the working fluid through thermal conditioning Variation and correspondingly regulate and control one fan coil unit in the multiple fan coil unit associated there Service condition to maintain the target set point in the corresponding region.

6. heat management system according to claim 5, characterized in that the heat management system is optionally in cooling mould It is run under formula, wherein the controller of the center thermal management unit is configured in response to receive first instruction And the heat management system runs under the refrigerating mode and reduces and be provided to the cold of the working fluid through thermal conditioning But it measures to increase the temperature of the working fluid through thermal conditioning.

7. heat management system according to claim 6, characterized in that each of the multiple zone controller is matched It is set in response to the temperature raising for recognizing the working fluid through thermal conditioning and the heat management system is described It is run under refrigerating mode and increases one fan coil unit in the multiple fan coil unit associated there The service condition.

8. heat management system according to claim 5, characterized in that the heat management system is optionally in heated mould It is run under formula,

Wherein, the controller of the central thermal management unit is configured in response to receive first instruction and institute State heat management system run under the heating mode and reduce be provided to the heating amount of the working fluid through thermal conditioning with Reduce the temperature of the working fluid through thermal conditioning.

9. heat management system according to claim 8, characterized in that each of the multiple zone controller is matched The temperature in response to recognizing the working fluid through thermal conditioning and the heat management system are set in the heating The institute of one fan coil unit in the multiple fan coil unit associated there is run and increased under mode State service condition.

10. heat management system according to claim 5, it is characterized in that:

The central controller is configured in response at least one the fortune in the multiple fan coil unit Row condition is more than maximum operation threshold and provides the second instruction to the controller of the central thermal management unit；

The controller of the center thermal management unit be configured in response to receive second instruction and described in regulating and controlling In cooler or the boiler it is described at least one the service condition it is described through thermal conditioning to adjust in a second direction Working fluid the temperature；And

Each of the multiple zone controller is configured to identify the temperature of the working fluid through thermal conditioning Variation and correspondingly regulate and control one fan coil unit in the multiple fan coil unit associated there The service condition so that the service condition is subtracted while maintaining the target set point in the corresponding region It is few to arrive maximum operation threshold or less.

11. heat management system according to claim 10, it is characterized in that:

The communication interface receives communal facility pricing information from communal facility provider；

The processing circuit forecasts price fluctuation based on the communal facility pricing information；And

The processing circuit is adjusted in first instruction or second instruction extremely based on the price fluctuation of the forecast Few one.

12. heat management system according to claim 10, it is characterized in that:

The communication interface receives Weather information from weather service；And

The processing circuit adjusts at least one of first instruction or second instruction based on the Weather information.

13. heat management system according to claim 10, characterized in that the processing circuit:

Identify the heat interaction between at least one of adjacent area or adjacent space；And

The variant of second instruction is provided to the multiple fan coil unit based on the heat interaction of the identification.

14. heat management system according to claim 1, characterized in that the central controller is configured to from described It entreats at least one of user interface or remote user equipment of controller and receives the target set point.

15. a kind of heat management system, characterized in that the heat management system includes:

Fan coil unit, the fan coil unit are configured to be located in the corresponding region in space with to the corresponding area Domain provides the air-flow through adjusting to realize the target set point in the corresponding region；

Thermal management unit, the thermal management unit are configured to be fluidly coupled to the fan coil unit, the heat management list Member is configured to provide the working fluid through thermal conditioning to the fan coil unit；

Zone controller, the zone controller is associated with the fan coil unit, and the zone controller is configured to Determine the current working capacity of the fan coil unit；And

System controller, the system controller, which is configured to the current operation based on at least described fan coil unit, to be held Amount to provide instruction to the controller of the central thermal management unit.

16. heat management system according to claim 15, characterized in that the fan coil unit includes:

Coil pipe, the coil pipe are configured to be fluidly coupled to the thermal management unit to receive the warp from the thermal management unit The working fluid of thermal conditioning；

17. heat management system according to claim 15, characterized in that the thermal management unit includes cooler or boiler At least one of.

18. heat management system according to claim 17, characterized in that the heat management system further comprises multiple wind Fanning tray pipe unit and multiple regions controller, each of the multiple zone controller and the multiple fan coil unit At least one of it is associated, each of the multiple zone controller is configured to determine the multiple fan coil list The current working capacity of one fan coil unit in member.

19. heat management system according to claim 18, characterized in that the system controller includes:

Processing circuit, the processing circuit:

The space motion capacity is compared with threshold capacity；And

In response to the space motion capacity be less than the threshold value working capacity and via the communication interface to the heat management The controller of unit provides the first instruction.

20. a kind of temperature management system, characterized in that the temperature management system includes:

Centralised temperature administrative unit, the centralised temperature administrative unit include at least one of cooler or boiler and first Controller, the centralised temperature administrative unit are configured to provide temperature regulated fluid；

First fan coil unit, the first fan coil cell location is in first room in space；

Second fan coil unit, the second fan coil cell location is in second room in the space, wherein described Each of first fan coil unit and the second fan coil unit include:

Coil pipe, the coil pipe are configured to receive the temperature regulated fluid from the centralised temperature administrative unit；And

Fan, the fan is positioned for providing the air-flow across the coil pipe so that the air-flow through adjusting flows to and its phase In associated room；

Second controller, the second controller are configured to determine the first working capacity of the first fan coil unit；

Third controller, the third controller are configured to determine the second working capacity of the second fan coil unit； And

4th controller, the 4th controller includes communication interface and processing circuit, wherein the processing circuit:

By first working capacity and second working capacity polymerization to determine space motion capacity；

The space motion capacity is compared with threshold value working capacity；

It is less than the threshold value working capacity in response to the space motion capacity and is controlled via the communication interface to described first Device processed provides the first instruction, wherein first controller is configured to control the center temperature based on first instruction Degree administrative unit is provided to heating amount or the amount of cooling water of the temperature regulated fluid to reduce to reduce or to increase respectively The temperature of the temperature regulated fluid；And

It is super in response to the operating parameter of at least one of the first fan coil unit or the second fan coil unit It crosses maximum operation threshold and provides the second instruction to first controller via the communication interface, wherein first control Device processed be configured to based on it is described second instruction and control the centralised temperature administrative unit increase be provided to it is described through temperature tune The heating amount or amount of cooling water of the fluid of section to be raised and lowered the temperature of the temperature regulated fluid respectively；

Wherein, the second controller and the third controller are configured to based on described in the temperature regulated fluid The variation of temperature and the speed for being adaptively adjusted the first fan coil unit and the second fan coil unit respectively.