KR101428961B1 - Integrated energy operation management system of building and operating method thereof - Google Patents

Abstract

The present invention relates to an integrated energy operation managing system of a building and to an operating method thereof which are able to integrally manage and operate personalized energy by personalizing the operation and management of energy based on a wireless communication. The present invention personalizes the operation and management of energy not only for a plurality of integrated switch devices, but also for a plurality of lighting devices, a plurality of heating and cooling devices, a plurality of personal sensing devices, and a plurality of standby power interrupting devices based on a wireless communication; and integrally manages and operates the personalized energy in the plurality of illumination devices, the plurality of heating and cooling devices, the plurality of personal sensing devices, and the plurality of standby power interrupting devices by an integrated energy operation managing server and each integrated switch device by installing an energy operation managing solution to save the personalized energy in the integrated energy operation managing server and each of the plurality of switch devices.

Description

[0001] The present invention relates to an integrated energy management management system,

The present invention relates to an integrated energy management management system of a building and a method of operating the integrated energy management system, and more particularly, to an integrated energy management management system for a building in which personalized energy is integrated and managed by personalizing energy management and management based on wireless communication, And an operation method.

In the case of an aggregate building divided into a plurality of divided spaces such as a building or an office building, an apartment, a condominium, a hotel room, a dormitory, etc., most of the facilities such as air conditioning, sanitation, electric power, crime prevention and disaster prevention are complicated It is a trend to be combined. The building automation system (BAS), which is established to monitor and control these various facilities, is composed of a Central Control Management System (CCMS), a Direct Digital Controller (DDC) and a Local Devices ).

In the operation of the building automation system, a reliable and high-speed communication is required to share a lot of information necessary for control and monitoring between the control and monitoring systems for the air conditioning control, the power control, the lighting control, the parking control and the elevator, It is essential to build infrastructure. BACnet (Building Automation & Control Network) has been adopted as an international standard for the communication method related to the building automation and KAC6909 standard has been established in the Republic of Korea.

Korean Patent No. 10-1032882 (Registered on Apr. 27, 2011) discloses a system and method for smart energy management based on wireless location recognition using RFID (Radio Frequency Identification) in a household. A smart energy management system for managing energy usage for each household by interlocking with an installed home network device, the smart energy management system comprising: an RFID reader A determination unit; An energy recording unit for receiving energy usage details consumed by a household in which a household member lives from a home network device and recording the energy usage information together with location information or access information together with household members; A pattern analysis unit for analyzing an energy use pattern of energy use based on location information or access information; And an energy management unit for providing a comparison result of comparing the energy usage details of each household or a home network device so that the energy usage pattern is recognized by household members. According to the disclosed technology, it is possible to easily grasp the energy usage pattern of household members based on the location or accessibility of the household by identifying the location or access of the household member by recognizing the RFID tag and recording the energy usage history consumed in the household, It is possible to provide an optimized home network service by automatically controlling the household appliances in the household according to the energy use pattern of household members by grasping the energy use pattern from the energy use history of the households, By recording the usage history and combining the recorded energy usage data for each household member, it is possible to manage the energy usage pattern for different household members separately, so that the energy can be managed in an optimum state even when there are many household members. One result It is possible to motivate energy-saving households who have high energy consumption by using energy, and energy saving can be induced by a more aggressive method from energy usage pattern to generationless energy management.

Korean Registered Patent No. 10-1109726 (Registered Jan. 18, 2012) describes an intelligent energy management system that is individually controllable, but also applicable to a key building and easy to install and operate. According to the disclosed technology, there are provided a server for performing individual control of idle power and standby power, a schedule reservation control, a statistical viewing function, a signal converter for converting a control data signal of the server, A wireless RF gateway for receiving control data from the wireless RF gateway and controlling the idle power and the standby power by receiving control data from the wireless RF gateway; And a wireless RF dongle for communicating and controlling RF communication with a biometric controller, a biometric controller, a wireless RF light controller, and a wireless RF standby power breaker, the biometric controller receiving biometric information and transmitting control data, The transceiver-to-radio RF gateway communication is wired, and the wireless RF gateways Way wireless RF power breaker communication is made by wireless RF communication. By connecting server through internal and external IP, power of all lighting and electronic equipment in the building can be controlled by schedule reservation and energy statistics can be viewed A biometrics reader or an RFID card reader is used locally to automatically shut off the power of an electronic device used by a person when commuting to work, so that the device can be installed in a key building environment with minimum time and effort.

In the conventional energy management management system as described above, most of the methods for collectively controlling power including lighting are performed, and even when individual control is performed, power is wasted unnecessarily without interrupting the remaining power for a small number of individual users , And devices such as sensors for individual recognition, regardless of whether or not the room is occupied, and the corresponding wireless devices continue to consume power, thereby failing to save energy efficiently. In particular, in the case of an office used by several people in the office, monitoring and control (ie, management operation) of each function such as the standby power interruption of each individual office equipment, efficient management of the electric power source, lighting control, Therefore, not only can the automatic power saving system be systematically implemented, but also requires separate management for saving energy for each individual, thereby causing inconvenience to the individual.

Korean Patent No. 10-1032882 Korean Patent No. 10-1109726

According to an aspect of the present invention, there is provided an integrated energy management and management system for a building in which personalized energy is integrated and managed by personalizing energy management and management based on wireless communication, System and a method of operation thereof.

In order to solve these problems, according to one aspect of the present invention, there is provided a lighting apparatus comprising: a plurality of lights for turning off illumination by turning off illumination by supplying illumination power according to illumination power supply control, Device; A plurality of cooling and heating devices for supplying cooling and heating power according to the cooling and heating power supply control to operate the cooling and heating, and stopping cooling and heating by shutting off cooling and heating power supply according to cooling and heating power cutoff control; The sensing operation is performed by receiving the individual sensing power according to the individual sensing power supply control, sensing the human body of the entrance / exit person or detecting the entrance / exit through the personal identification information reception and transmitting the corresponding sensing signal, A plurality of personal sensing devices for interrupting the sensing operation by shutting off the individual sensing power according to the sensing signal; Off power according to the standby power cut-off power supply control, performs the standby power cut-off operation according to the standby power cut-off condition set in the internal memory by receiving the standby power cut-off power according to the standby power cut-off power supply control, A plurality of standby power cut-off devices for stopping the shut-off operation; A plurality of personal identification devices for storing and transmitting personal identification information for identifying an entrance and exit; And a controller for receiving the personal identification information from the personal identification device at the time of approaching the personal identification device and registering the personal identification information in the private room list and storing lighting information corresponding to the received personal identification information, Cooling information, personal sensing information, and standby power interruption information in accordance with the determination result, and determines whether or not the entrance and exit of the entrance and exit is permitted based on the read out blocking information from the internal memory, Cooling / heating power supply and personal sensing power supply to the illumination device, the cooling / heating device, the individual sensing device, and the standby power cutoff device corresponding to the information, respectively, or deletes the received personal identification information from the room list, Control the interruption of the lighting power supply, the heating and cooling power supply, the individual sensing power supply, and the standby power cutoff power supply. Energy management provides an integrated management system of the building, which includes a plurality of integrated switching devices.

In one embodiment, the integrated energy management system of the building registers personal identification information as entrance and exit authentication information, and the information on the integrated identification corresponding to the integrated identification information, the lighting information, the heating and cooling information, And standby power cut-off information, receives the personal identification information, and registers and stores the personal identification information as a work call list; And a control unit for controlling the lighting information, the cooling / heating information, the individual sensing information, and the standby power cutoff information to the network when registering the lighting information, the cooling / heating information, the individual sensing information and the standby power cut- And an integrated energy management server for transmitting the registration information to the integrated switch device for registration.

In one embodiment, the database registers and stores in advance the personal identification information for the personal identification device corresponding to the integrated switch information for the integrated switch device, The personal identification information for the corresponding personal identification device, and the personal identification information for the personal identification device corresponding to the cooling / heating information for the air conditioner.

In one embodiment, the integrated switch device registers the lighting information, the cooling / heating information, the individual sensing information, and the standby power cutoff information transmitted from the integrated energy management server in the internal memory for individual identification information, The personal identification information is sorted for each heating / cooling information and registered in the internal memory.

In one embodiment, after the standby power interruption is notified to the integrated switch device when the standby power is interrupted, the standby power interruption power is cut off according to the standby power cutoff power cutoff control inputted from the integrated switch device, Power interruption operation is interrupted.

In one embodiment, the integrated switch device receives the personal identification information from the personal identification device at the time of approaching the personal identification device, judges whether or not the received personal identification information is registered in the internal memory And if the received personal identification information is registered, the received personal identification information is registered in the internal memory as an internal list, and thereafter illumination information corresponding to the received individual identification information, cooling / heating information, individual sensing information, Information is read out from the internal memory and it is checked whether or not illumination power or cooling / heating power supply is supplied to the illumination device or the cooling / heating device corresponding to the read illumination information or the cooling / heating information, respectively. If the lighting power supply or cooling / A personal sensing device for supplying the personal sensing power to the personal sensing device corresponding to the read personal sensing information, Or the standby power interruption information corresponding to the read standby power interruption information according to a detection signal received from the personal sensing device, And a control unit for controlling the supply of the power.

In one embodiment, in a case where the illumination power source or the cooling / heating power source is not supplied, the integrated switch device is connected to the illumination device, the cooling / heating device, and the individual sensing device corresponding to the read illumination information, Power supply to the standby power cutoff device corresponding to the standby power cutoff information read in accordance with the detection signal received from the personal sensing device, .

In one embodiment, when the personal identification device receives the personal identification information from the personal identification device at the time of approaching the personal identification device, the integrated switch device reads the private-room list registered in the internal memory, It is determined whether the person identification information is present in the read bibliography list, and it is determined whether or not the biblical person is out of the bibliography list. After the biblical person identification information is deleted from the biblical list, Cooling / heating information, individual sensing information, and standby power cutoff information from the internal memory and confirms whether personal identification information is registered in the internal list corresponding to the read lighting information or cooling / heating information, And if the other passengers are not available, the lighting information read out, the air-conditioning information and the private information Cooling power supply and personal sensing power supplied to the illumination device, the cooling and heating device, and the individual sensing device corresponding to the individual information, respectively.

In one embodiment, the integrated switch device may be configured to control the individual sensing power supplied to the individual sensing device corresponding to the read personal sensing information, And the standby power interruption information is received from the standby power interruption device corresponding to the read standby power interruption information and is supplied to the standby power interruption device, The control unit performs control to shut off the power supply.

In one embodiment, the integrated switch device registers, in the internal memory, the received personal identification information in the internal memory when the entrance / exit person is out of the room, the lighting information corresponding to the received personal identification information, The personal sensing information and the standby power cutoff information from the internal memory and confirms whether the illumination power supply or the cooling / heating power supply is supplied to the lighting device or the cooling / heating device corresponding to the read illumination information or the cooling / Cooling / heating power supply, and personal sensing power supply to the illumination device, cooling / heating device, and individual sensing device corresponding to the read illumination information, cooling / heating information, and individual sensing information when the power supply or cooling / heating power supply is not supplied And a control unit for controlling the operation of the personal sensing device, A standby power-down power to the standby power unit block corresponding to the information blocks is characterized in that the control for supply.

According to another aspect of the present invention, there is provided an information processing method comprising the steps of: receiving personal identification information from a personal identification device when accessing a personal identification device; determining whether received personal identification information is registered in an internal memory; After registering the received personal identification information in the internal memory in the internal memory in the case where the received personal identification information is registered in the internal memory and then storing the illumination information corresponding to the received personal identification information, Reading the blocking information from the internal memory and confirming whether the illumination power or the cooling / heating power supply is supplied to the illumination device or the cooling / heating device corresponding to the read illumination information or the cooling / heating information, respectively; And supplying illumination power to an illumination device corresponding to the control information or the read illumination information for supplying the individual sensing power to the individual sensing device corresponding to the read personal sensing information when the illumination power supply or cooling / heating power supply is supplied And a step of controlling the standby power cutoff power supply to the standby power cutoff device corresponding to the read standby power cutoff information in accordance with the detection signal received from the personal sensing device, And the like.

In one embodiment, the method of operating the integrated energy management system of the building may include a lighting device corresponding to the read illumination information, cooling / heating information, and individual sensing information when the illumination power supply or the cooling / A standby power cutoff device corresponding to the standby power cutoff information read out in response to the detection signal received from the personal sensing device is controlled to be supplied to the cooling / heating device and the personal sensing device, And a step of controlling the power supply to supply power to the power source.

In one embodiment, the method of operating the integrated energy management system of the building includes receiving personal identification information from the personal identification device at the time of accessing the personal identification device, reading the private room list registered in the internal memory, Checking whether the received personal identification information is included in the read private room list and judging whether or not the access person is present; Cooling / heating information, personal sensing information, and standby power cutoff information corresponding to the received personal identification information are stored in the internal memory, after the reception person identification information is deleted from the internal room list, Checking whether or not the other person is present or not by checking whether the personal identification information is registered in the private room list corresponding to the read lighting information or the heating / cooling information; The lighting power supply, the heating and cooling power supply, and the individual sensing power supplied to the illumination device, the cooling and heating device, and the individual sensing device corresponding to the read illumination information, the cooling and heating information, and the individual sensing information are shut off ; And disconnecting the standby power cut-off power supply to the standby power cut-off device by notifying the standby power cut-off device corresponding to the read standby power cut-off information of the standby power cut-off.

In one embodiment, the method of operating the integrated energy management system of the building may include the steps of: blocking the individual sensing power supplied to the individual sensing device corresponding to the read individual sensing information, Controlling or cutting off the illumination power supplied to the illumination device corresponding to the read illumination information; And disconnecting the standby power cut-off power supply to the standby power cut-off device by notifying the standby power cut-off device corresponding to the read standby power cut-off information of the standby power cut-off.

In one embodiment, the method of operating the integrated energy management system of the building may include: registering the received personal identification information in an internal memory as an internal list when the access person is not available; Cooling / heating information, individual sensing information, and standby power cut-off information from the internal memory, and supplies lighting power or cooling / heating power supply to the illumination device or the heating / cooling device corresponding to the read lighting information or cooling / Determining whether or not it is possible; And an illumination power supply, an air-conditioning power supply, and an individual sensing power supply to the illumination device, the cooling and heating device, and the individual sensing device corresponding to the read illumination information, the cooling and heating information, and the individual sensing information, respectively, And controlling the supply of the standby power interruption power to the standby power cutoff device corresponding to the read standby power cutoff information according to the detection signal received from the personal sensing device do.

According to the present invention, the energy management management solution for personalized energy saving enables personalized energy management and management by personalizing the energy management and management based on the wireless communication, In addition, in the case of an office, functions such as standby power interruption of individual office equipment, efficient management of electric power supply, lighting control, and air conditioning control are performed. It is possible to automatically monitor and control (that is, to manage and operate) according to the presence or absence of the individual room, so that it is not necessary to depend on each individual effort for energy saving. Therefore, without inconvenience to the individual, Lt; / RTI >

1 is a view for explaining an integrated energy management management system of a building according to an embodiment of the present invention.
2 is a diagram illustrating the integrated switch device shown in FIG. 1 as an example.
3 is a flowchart illustrating an operation method of an integrated energy management management system of a building according to an embodiment of the present invention.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings so that those skilled in the art can easily carry out the present invention. However, the description of the present invention is merely an example for structural or functional explanation, and the scope of the present invention should not be construed as being limited by the embodiments described in the text. That is, the embodiments are to be construed as being variously embodied and having various forms, so that the scope of the present invention should be understood to include equivalents capable of realizing technical ideas. Also, the purpose or effect of the present invention should not be construed as limiting the scope of the present invention, since it does not mean that a specific embodiment should include all or only such effect.

Meanwhile, the meaning of the terms described in the present invention should be understood as follows.

It is to be understood that when an element is referred to as being "connected" to another element, it may be directly connected to the other element, but there may be other elements in between. On the other hand, when an element is referred to as being "directly connected" to another element, it should be understood that there are no other elements in between. On the other hand, other expressions that describe the relationship between components, such as "between" and "between" or "neighboring to" and "directly adjacent to" should be interpreted as well.

It should be understood that the singular " include "or" have "are to be construed as including a stated feature, number, step, operation, component, It is to be understood that the combination is intended to specify that it does not preclude the presence or addition of one or more other features, integers, steps, operations, elements, components, or combinations thereof.

All terms used herein have the same meaning as commonly understood by one of ordinary skill in the art to which this invention belongs, unless otherwise defined. Commonly used predefined terms should be interpreted to be consistent with the meanings in the context of the related art and can not be interpreted as having ideal or overly formal meaning unless explicitly defined in the present invention.

Now, an integrated energy management management system and a method of operating the same according to an embodiment of the present invention will be described in detail with reference to the drawings.

1 is a view for explaining an integrated energy management management system of a building according to an embodiment of the present invention.

1, the integrated energy management system A of the building includes an integrated energy management server 110, a database 120, a plurality of personal identification devices 130-1 to 130-N, A plurality of lighting devices 150-1 to 150-P, a plurality of heating and cooling devices 160-1 to 160-G, a plurality of personal sensing devices 170-1 To 170-H, a plurality of standby power cutoff devices 180-1 to 180-Q, and a network 190. [

The integrated energy management server 110 registers the lighting information, the cooling / heating information, the individual sensing information, and the standby power cutoff information registered in the database 120 in the integrated switch devices 140-1 to 140-M corresponding thereto Cooling / heating information, individual sensing information, and standby power cut-off information to the integrated switch devices 140-1 to 140-M via the network 150 and further upgrade to the database 120 Heating / cooling information, individual sensing information and standby power cut-off information are upgraded to the integrated switch devices 140-1 to 140-M corresponding thereto, the upgraded lighting information, the heating / cooling information, the individual sensing information, And transmits the standby power cutoff information to the integrated switch devices 140-1 to 140-M via the network 150. [

The database 120 registers and stores the personal identification information for identifying the entrance and exit in advance as the entrance and exit authentication information and stores the personal identification information for the personal identification devices 130-1 to 130- The integrated switch information for the corresponding integrated switch device 140-1 to 140-M is preset and registered and stored, and information corresponding to the individual identification information for the individual identification devices 130-1 to 130-N Lighting information about the lighting devices 150-1 to 150-P, heating and cooling information for the air conditioners 160-1 to 160-G, individual sensing information for the individual sensing devices 170-1 to 170-H, The standby power cutoff information for the standby power cutoff devices 180-1 to 180-Q is preset and registered and stored.

In one embodiment, the database 120 stores personal identification information for the individual identification devices 130-1 to 130-N corresponding to the integrated switch information for the integrated switch devices 140-1 to 140- Information for the personal identification devices 130-1 to 130-N corresponding to the illumination information for the illumination devices 150-1 to 150-P, And the personal identification information for the personal identification devices 130-1 to 130-N corresponding to the heating / cooling information for the air conditioners 160-1 to 160-G, have.

The personal identification devices 130-1 to 130-N may be any of short range communication (e.g., Bluetooth communication, infrared communication, Zigbee communication, RF communication) such as an RFID access card, a smart phone, a PDA, (Or each of the personal identification devices 130-1 to 130-N) is connected to an internal memory as a personal portable terminal or a device (or a card) capable of performing a communication (for example, WIFI communication, N), the integrated switch devices 140-1 to 140-M (or the individual sensing devices 170-1 to 140-M) store personal identification information (e.g., ID, identification data, (Or the individual sensing devices 170-1 to 170-H) by reading the personal identification information stored in the integrated switch devices 140-1 to 140-M )).

The integrated switch devices 140-1 to 140-M are installed at the entrance of the office (or room) in the building to recognize the individual identification devices 130-1 to 130-N, Automatic control and manual control of the cooling / heating devices 160-1 to 160-G, the individual sensing devices 170-1 to 170-H and the standby power cut-off devices 180-1 to 180- (130-1 to 130-N) at the time of approaching the personal identification devices (130-1 to 130-N). The personal identification devices (130-1 to 130- From the internal memory, the illumination information, the cooling / heating information, the individual sensing information, and the standby power cutoff information corresponding to the received personal identification information, It is possible to determine whether or not the inside and outside of the passengers are present and whether or not the other passengers are present Illumination devices 150-1 to 150-P, cooling / heating devices 160-1 to 160-G corresponding to the read lighting information, cooling / heating information, individual sensing information and standby power cutoff information according to the determination result, The supply of the illumination power source, the cooling / heating power source, the individual sensing power source and the standby power cutoff power source is controlled by the individual sensing devices 170-1 to 170-H and the standby power cutoff devices 180-1 to 180-Q, Cooling power supply, and the individual sensing power supply after the received personal identification information is deleted from the internal-memory list of the internal memory in accordance with the result, and the standby power corresponding to the read standby power- And controls the interruption of the standby power-off power supplied to the blocking devices 180-1 to 180-Q. At this time, the integrated switch devices 140-1 to 140-M may separately include a power button for performing manual control.

In one embodiment, the integrated switch devices 140-1 to 140-M receive the lighting information, the cooling / heating information, the individual sensing information and the standby power cutoff information transmitted from the integrated energy operation management server 110 via the network 150 Cooling / heating information, individual sensing information, and standby power cutoff information transmitted from the integrated energy management server 110 through the network 150 to the individual identification information You can also upgrade to internal memory for each piece of information.

In one embodiment, the integrated switch devices 140-1 to 140-M may sort the personal identification information for each illumination information, sort the personal identification information for each heating / cooling information, and register the personal identification information in the internal memory.

The lighting apparatuses 150-1 to 150-P are lighting apparatuses installed in a ceiling or a wall in an office (or a room) and are connected to the lighting power supply control input from the integrated switch devices 140-1 to 140- The illumination switches on and off the illumination power according to the illumination power cut-off control inputted from the integrated switch devices 140-1 to 140-M.

The heating and cooling devices 160-1 to 160-G are heating and cooling devices such as an EHP (Electric Heat Pump), an air conditioner, and a heater installed in a ceiling or a wall in an office (or a room) The cooling and heating power supply is activated according to the cooling and heating power supply control inputted from the integrated switch devices 140-1 to 140-M and the cooling and heating power supply is cut off according to the cooling and heating power cutoff control inputted from the integrated switch devices 140-1 to 140- It stops air-conditioning.

The individual sensing devices 170-1 to 170-H are a room sensor, a multi-sensor, or the like installed in a place (for example, a desk, a partition, etc.) corresponding to a private space in an office (or a room) And transmits and receives data to and from the integrated switch devices 140-1 to 140-M by wire communication or wireless communication (for example, a Bluetooth communication module, an infrared communication module, a WIFI communication module, 1 to 140-M), the sensing operation is performed by receiving and driving the individual sensing power according to the individual sensing power supply control, sensing the human body of the entrance and exit and transmitting the sensing signal to the integrated switch devices 140-1 to 140- -M), and stops the sensing operation by turning off the individual sensing power according to the individual sensing power cutoff control input from the integrated switch devices 140-1 to 140-M.

In one embodiment, the individual sensing apparatuses 170-1 to 170-H may be configured so that the individual identification apparatuses 130-1 to 130-N are connected to the personal identification apparatuses 130-1 to 130- To 130-N, and may detect the entrance / exit and transmit the detection signal to the integrated switch devices 140-1 to 140-M.

The standby power cut-off devices 180-1 to 180-Q are standby power cut-off outlets (or standby power cut-off outlets) installed in places (for example, desks, partitions, (Including a personal common socket), the standby power cutoff power supply is supplied and driven according to the standby power cutoff power supply control inputted from the integrated switch devices 140-1 to 140-M, and the standby power cutoff condition (For example, when the power consumption of the connected power supply product is less than the reference value, etc.), and when the standby power is cut off, the integrated switch devices 140-1 to 140- The standby power cut-off power is cut off in accordance with the standby power cut-off power cut-off control inputted from the integrated switch devices 140-1 to 140-M to stop the standby power cut-off operation.

The network 190 includes a wired communication network or a wireless communication network and connects communications between the integrated energy management server 110 and the integrated switch devices 140-1 to 140- And the integrated switch devices 140-1 to 140-M.

The integrated energy management management system A of the building having the above-described configuration is configured to manage the integrated energy management management server 110 and the plurality of integrated switch devices 140-1 to 140- And a plurality of lighting devices 150-1 to 150-P as well as a plurality of heating / cooling devices 160-1 to 140-M, as well as a plurality of integrated switching devices 140-1 to 140-M based on wireless communication, 1 to 160-G, a plurality of personal sensing devices 170-1 to 170-H, and a plurality of standby power cut-off devices 180-1 to 180-Q, A plurality of lighting apparatuses 150-1 to 150-P, a plurality of heating and cooling apparatuses 160-1 to 160-G by the operation management server 110 and the respective integrated switch apparatuses 140-1 to 140- Personalized energy of a plurality of individual sensing devices 170-1 to 170-H and a plurality of standby power cut-off devices 180-1 to 180-Q is integratedly managed In addition, in the case of the office, the standby power of the individual office equipment can be cut off and the power consumption can be reduced. It is possible to automatically monitor and control (i.e., manage and operate) functions such as efficient power management, lighting control, and cooling / heating control according to individual rooms, and it is not necessary to depend on individual efforts for energy saving, The automatic power saving can be performed systematically without incurring any inconvenience to the user.

2 is a diagram illustrating the integrated switch device shown in FIG. 1 as an example.

Referring to FIG. 2, in the integrated switch device 140-1 installed at the entrance of the office (or room) in the building, light information transmitted from the integrated energy management server 110 through the network 150, , The personal sensing information and the standby power cut-off information are registered in the internal memory for each individual identification information, the personal identification devices 130-1 to 130-N are recognized and the lighting devices 150-1 to 150-4 Automatic control, manual control, time schedule control, and control by an integrated remote controller for the cooling / heating apparatus 160-1, the individual sensing apparatus 170-1 and the standby power cutoff apparatuses 180-1 through 180-4 And so on.

Upon accessing the personal identification devices 130-1 to 130-N, the integrated switch device 140-1 receives the personal identification information transmitted from the individual identification devices 130-1 to 130-N After reading the personal identification information stored in the internal memory, it is confirmed whether or not the received personal identification information is registered in the read personal identification information.

In a case where the personal identification information is not registered in the internal memory, the integrated switch device 140-1 judges that the entrance and exit to be reserved is not valid and only allows manual control, Access control to the integrated energy management server 110, such as notifying the user of the entrance or exit, or sending an unauthorized access to the integrated energy management server 110.

When the personal identification information is registered in the internal memory, the integrated switch device 140-1 judges that a legitimate accessor is going to reserve the personal identification information, registers the received personal identification information in the internal memory Cooling / heating information, individual sensing information, and standby power cutoff information corresponding to the received personal identification information from the internal memory, and supplies the read cooling / heating information to the cooling / heating apparatus 160-1 corresponding to the read cooling / (That is, whether or not other outlets corresponding to the read out cooling / heating information are inside or outside) is checked.

In one embodiment, the integrated switch device 140-1 is connected to the illumination devices 150-1 to 150-4 or the heating / cooling device 160-1 corresponding to the read lighting information or the cooling / heating information, respectively, It is possible to check whether or not the heating / cooling power supply is supplied (that is, whether the read out lighting information or the other entrance / exit corresponding to the heating / cooling information exists or not).

When it is determined that the cooling / heating power supply (or illumination power supply) is determined, the integrated switch device 140-1 determines that the entrance / exit person is not the first room, (Or controls to supply illumination power to the illumination devices 150-1 to 150-4 corresponding to the read illumination information) so as to supply the individual sensing power to the personal sensing device 170-1 Power supply to the standby power cut-off devices 180-1 to 180-4 corresponding to the read standby power cut-off information according to the detection signal transmitted from the standby power cut-off devices 180-1 to 180-4.

When it is determined that the heating / cooling power supply (or illumination power supply) is not supplied, the integrated switch device 140-1 determines that the entrance / exit person is in the room for the first time, The lighting apparatuses 150-1 to 150-4, the heating and cooling apparatus 160-1 and the individual sensing apparatus 170-1 corresponding to the sensing information are controlled to supply the illumination power supply, the cooling and heating power supply, and the individual sensing power supply, respectively The standby power cut-off device 180-1 to 180-4 corresponding to the read standby power cut-off information is controlled to supply the standby power cut-off power according to the detection signal transmitted from the individual sensing device 170-1 .

On the other hand, when the personal identification information transmitted from the individual identification devices 130-1 to 130-N is received at the time of approaching the individual identification devices 130-1 to 130-N, the integrated switch device 140 -1) judges whether or not the entrance / exit is permitted by checking whether the received private identification information is included in the read private property list after reading the private property list registered in the internal memory.

When it is determined that the accessing person is out of control as a result of the presence or absence of the accessing person described above, the integrated switch device 140-1 determines that the accessing person intends to leave the room, Cooling / heating information, individual sensing information, and standby power cutoff information corresponding to the received personal identification information are read from the internal memory, and the read cooling / heating information (or, It is determined whether the personal identification information is registered in the own room list corresponding to the entrance information and the lighting information.

When it is determined that the other entrance / exit person is not occupied by the other entrance / exit person, the integrated switch device 140-1 judges that the entrance / exit person is leaving for the last time, Heating and cooling power supplied to the lighting devices 150-1 to 150-4, the cooling and heating device 160-1 and the individual sensing device 170-1 corresponding to the information, the heating and cooling information and the individual sensing information, And controls to shut off all sensing power. At this time, the standby power cut-off devices 180-1 to 180-Q perform the standby power cut-off condition set in the internal memory (for example, when the power consumption of the connected power supply product falls below the reference value, The standby power cutoff operation is performed to notify the integrated switch devices 140-1 to 140-M (i.e., standby power cutoff notification) when the standby power is cut off. Thus, the integrated switch device 140-1 is notified of the interruption of the standby power from the standby power cut-off devices 180-1 to 180-Q and notifies the stand-by power cut-off devices 180-1 to 180-4 Power off Control to shut off the power supply.

When it is judged that another access person is present as a result of the judgment of the presence or absence of the other access person, the integrated switch device 140-1 judges that the entrance / exit person is not the last exit, (Or the illumination power supplied to the illumination devices 150-1 to 150-4 corresponding to the read illumination information) supplied to the individual sensing device 170-1 corresponding to the sensing information . At this time, the standby power cut-off devices 180-1 to 180-Q perform the standby power cut-off condition set in the internal memory (for example, when the power consumption of the connected power supply product falls below the reference value, The standby power cutoff operation is performed to notify the integrated switch devices 140-1 to 140-M (i.e., standby power cutoff notification) when the standby power is cut off. Thus, the integrated switch device 140-1 is notified of the interruption of the standby power from the standby power cut-off devices 180-1 to 180-Q and notifies the stand-by power cut-off devices 180-1 to 180-4 Power off Control to shut off the power supply.

If it is determined that the accessing person is not available as a result of the presence or absence of the accessing person, the integrated switching device 140-1 determines that the accessing person is going to leave the room (for example, , And after the operation as described above, that is, the received personal identification information is registered in the internal memory as a good room list, the lighting information corresponding to the received personal identification information, the heating / cooling information, Information from the internal memory and stores the information and the standby power cutoff information in the illumination devices 150-1 to 150-4 or the cooling and heating device 160-1 corresponding to the read illumination information or the cooling and heating information, (That is, whether the read out lighting information or the other entrance and exit corresponding to the heating / cooling information exists or not) can be confirmed.

3 is a flowchart illustrating an operation method of an integrated energy management management system of a building according to an embodiment of the present invention.

Referring to FIG. 3, when registering the illumination information, the cooling / heating information, the individual sensing information, and the standby power cutoff information registered in the database 120 in the integrated switch devices 140-1 to 140-M corresponding thereto, The integrated energy management server 110 transmits corresponding lighting information, cooling / heating information, individual sensing information and standby power cutoff information to the integrated switch devices 140-1 to 140-M via the network 150, And registered in the internal memories of the devices 140-1 to 140-M.

The integrated switch devices 140-1 to 140-M installed at the entrance of the office (or room) in the building are connected to the integrated information management server 110 via the network 150, The personal sensing information and the standby power cutoff information are registered in the internal memory for individual identification information in step S301 to recognize the individual identification devices 130-1 to 130- Automatic control, manual control, and time schedule for the cooling / heating devices 160-1 to 160-G, the individual sensing devices 170-1 to 170-H and the standby power shutoff devices 180-1 to 180- Control by the integrated remote controller, and the like.

In one embodiment, when upgrading the upgraded lighting information, the cooling / heating information, the individual sensing information, and the standby power cut-off information to the integrated switch devices 140-1 to 140-M corresponding thereto in the future, The integrated energy management server 110 may transmit the upgraded illumination information, the cooling / heating information, the individual sensing information, and the standby power cutoff information to the integrated switch devices 140-1 to 140-M via the network 150 The integrated switch devices 140-1 to 140-M send upgrade light information, cooling and heating information, individual sensing information, and standby power cutoff information, which are transmitted from the integrated energy management server 110 through the network 150, You can also upgrade to internal memory by identifying information.

After performing the above-described step S301 (lighting information, cooling / heating information, individual sensing information, and standby power cutoff information registration step), short-range communication such as an RFID access card, a smart phone, a PDA, Personal identification devices 130-1 to 130-N (personal identification devices), which are personal portable terminals or devices (or cards) capable of wireless communication (for example, communication, Zigbee communication, RF communication and the like) (For example, ID, identification data, and the like) for identifying each of the accesses (or the individual identification devices 130-1 to 130-N) in the internal memory And stores the read personal identification information in the integrated switch devices 140-1 to 140-M, and stores the read personal identification information in the integrated switch devices 140-1 to 140-M when the access control device 120 is accessed. Will be sent out.

In one embodiment, the personal identification devices 130-1 to 130-N may be provided with an RF communication module, and when the integrated switching devices 140-1 to 140- 140-1 to 140-M, and transmits the read personal identification information to the integrated switch devices 140-1 to 140-M.

In one embodiment, the personal identification devices 130-1 to 130-N may include a Bluetooth communication module, an infrared communication module, a WIFI communication module, and the like. The integrated switching devices 140-1 to 140- It is possible to read the personal identification information stored after the pairing with the integrated switch devices 140-1 to 140-M is completed upon access to the integrated switch devices 140-1 to 140-M.

The integrated switch devices 140-1 to 140-M are connected to the personal identification devices 130-1 to 130-N for personal identification After reading the personal identification information registered in the internal memory in the above-described step S301, it is judged whether or not the received individual identification information is registered in the read personal identification information (that is, (I.e., whether or not to register information for use by the user) (S302).

In a case where the personal identification information received in the above-described step S302 (the step of determining whether or not the received personal identification information is to be registered) is not registered in the internal memory, the integrated switch devices 140-1 to 140- Since the personal identification information received in S302 is not the individual identification information for the individual identification devices 130-1 to 130-N corresponding to the integrated switch information for itself, And performs unauthorized access control such as enabling only passive control, warn the passengers that they are unauthorized access, or transmitting unauthorized access to the integrated energy management server 110 (S403 ).

In the case where the personal identification information received in the above-described step S302 (the step of determining whether or not the received personal identification information is to be registered) is registered in the internal memory, the integrated switch devices 140-1 to 140- As the personal identification information for the personal identification devices 130-1 to 130-N corresponding to the integrated switch information on the self, that the received personal identification information is the personal identification information, After registering the personal identification information received in the above-described step S302 in the internal memory as the actual room list, the control unit 10 stores the lighting information, the cooling / heating information, the individual sensing information, and the standby power interruption information corresponding to the personal identification information received in step S302 Information is read from the internal memory and the illumination devices 150-1 to 150-P or the heating / cooling devices 160-1 to 160-G corresponding to the read illumination information or the cooling / Thereby confirming whether or not to supply heating power (that is, whether or not substantial in the other out of the read-out corresponding to the illumination information or air information) (S304).

The integrated switch devices 140-1 to 140-M are connected to the office (or the room) where they are located when it is determined that the lighting power supply or the cooling / heating power supply is supplied in the above-described step S304 (the other entrance / It is judged that the present accessing person is not the first room, and the personal sensing devices 170-1 to 170-H corresponding to the individual sensing information read in the above-described step S304 are supplied with the individual sensing power (Or controls to supply illumination power to the illumination devices 150-1 to 150-4 corresponding to the read illumination information) (S305).

In the individual sensing devices 170-1 to 170-H such as a room sensor, a multi-sensor, etc. installed in a place (for example, a desk, a partition, etc.) And is connected to the switch devices 140-1 to 140-M by wired communication or wireless communication (for example, a Bluetooth communication module, an infrared communication module, a WIFI communication module, etc.) To 140-M according to the individual sensing power supply control. At this time, the individual sensing devices 170-1 to 170-H detect the human body of the entrance and exit, and transmit the corresponding detection signals to the integrated switch devices 140-1 to 140-M.

In one embodiment, the individual sensing apparatuses 170-1 to 170-H may be configured so that the individual identification apparatuses 130-1 to 130-N are connected to the personal identification apparatuses 130-1 to 130- To 130-N, and may detect the entrance / exit and transmit the detection signal to the integrated switch devices 140-1 to 140-M.

The integrated switch devices 140-1 to 140-M receive the standby power interruption information corresponding to the standby power interruption information read in step S304 according to the detection signals transmitted from the individual sensing devices 170-1 to 170- And controls the devices 180-1 to 180-Q to supply the standby power-off power (S306).

A standby power cut-off device 180-b, which is a standby power cut-off receptacle (or a personal common outlet) installed in a place (for example, a desk, a partition, 1 to 180-Q, the standby power cut-off power supply is supplied in response to the standby power cut-off power supply control inputted from the integrated switch devices 140-1 to 140-M, A case where the power consumption of the connected power supply product is less than a reference value, or a predetermined time has elapsed).

The integrated switch devices 140-1 to 140-M are connected to the office (not shown) where the own switch device 140-1 (140-M) is located when it is judged that the illumination power supply or the cooling and heating power supply is not supplied in step S304 The lighting apparatuses 150-1 to 150-P corresponding to the lighting information, the cooling / heating information and the individual sensing information read in the above-described step S304, the heating / cooling apparatus The heating and cooling power supply and the individual sensing power supply to the personal sensing devices 160-1 to 160-G and the individual sensing devices 170-1 to 170-H, respectively (S307).

In the lighting apparatuses 150-1 to 150-P installed in the ceiling or the wall in the office (or the room), in accordance with the illumination power supply control inputted from the integrated switch devices 140-1 to 140- And the illumination is turned on.

In cooling / heating devices 160-1 to 160-G such as an EHP, an air conditioner, and a radiator installed in a ceiling or a wall in an office (or a room), the heating and cooling power supplied from the integrated switch devices 140-1 to 140- The heating / cooling power supply is supplied in accordance with the supply control and the cooling / heating operation is started.

The personal sensing devices 170-1 to 170-H perform the sensing operation as in the above-described step S306. At this time, the personal sensing devices 170-1 to 170-H detect the human body of the entrance / The integrated switch devices 140-1 to 140-M transmit the detection signals to the integrated switch devices 140-1 to 140-M. The integrated switch devices 140-1 to 140- The standby power cut-off devices 180-1 to 180-Q corresponding to the standby power cut-off information read in the above-described step S304 in accordance with the detection signal transmitted from the individual sensing devices 170-1 to 170-H It is controlled to supply the stand-by power cut-off power.

After the personal identification devices 130-1 to 130-N access the integrated switch devices 140-1 to 140-M after performing the above-described step S306 (standby power interruption power supply step) The integrated switch devices 140-1 to 140-M transmit the personal identification information stored in the personal identification devices 130-1 to 140-M to the integrated switch devices 140-1 to 140- 130-1 to 130-N, receives the personal identification information transmitted from the personal identification devices 130-1 through 130-N, reads the private room list registered in the internal memory, It is determined whether or not the information is included in the read-in boss list (S308).

In a case where it is determined in step S308 (step of confirming presence / absence of presence / absence) that the access person is judged to be good, the integrated switch devices 140-1 to 140-M judge whether the personal identification information received in step S308 It is determined that the entrance / exit person wants to leave the room, and after deleting the personal identification information received in the above-described step S308 from the inside room list registered in the internal memory, the above-mentioned step S308 Cooling / heating information, individual sensing information, and standby power cutoff information corresponding to the personal identification information received from the internal memory, and stores the personal identification information in the internal list corresponding to the read lighting information or the air-conditioning / It is determined whether or not another user is present or not (S309).

In a case where it is determined in step S309 (the step of confirming whether or not the other party is inside the room) that the other party is not available, the integrated switch devices 140-1 to 140- The lighting devices 150-1 to 150-P, the heating / cooling devices 160-1 to 160-G and the individual sensing devices (corresponding to the lighting information, the cooling / heating information and the individual sensing information read out in step S309) 1709, 170-1 to 170-H (S310).

The lighting devices 150-1 to 150-P turn off the lighting power by turning off the lighting power according to the lighting power cutoff control inputted from the integrated switch devices 140-1 to 140-M, -1 to 160-G stop the cooling and heating by interrupting the cooling and heating power supply according to the cooling and heating power cutoff control inputted from the integrated switch devices 140-1 to 140-M, and the individual sensing devices 170-1 to 140- 170-H cuts off the individual sensing power according to the individual sensing power cut-off control inputted from the integrated switch devices 140-1 to 140-M to stop the sensing operation.

After performing the above-described step S310 (the lighting power supply, the cooling and heating power supply and the individual sensing power supply cutoff step), the standby power cutoff devices 180-1 to 180-Q set standby power cutoff conditions (for example, The power consumption of the connected power product is less than the reference value, and the like), and when the standby power is cut off, the integrated switch devices 140-1 to 140- -M) (i.e., standby power cutoff notification).

The integrated switch device 140-1 receives the interruption of the standby power from the standby power cut-off devices 180-1 to 180-Q and notifies the standby power cut-off devices 180-1 to 180-4 So that the power is shut off (S311). At this time, the standby power cut-off devices 180-1 to 180-Q cut off the standby power cutoff power according to the standby power cutoff power cutoff control inputted from the integrated switch devices 140-1 to 140-M, It stops the operation.

In a case where it is judged that another person is present in the above-described step S309 (the step of confirming whether or not the other person is inside the room), the integrated switch devices 140-1 to 140- (Or the illumination device 150-1 (corresponding to the read illumination information) supplied to the individual sensing devices 170-1 to 170-H corresponding to the individual sensing information read in the above-described step S309 To 150-4) is blocked (S312). Accordingly, the individual sensing devices 170-1 to 170-H stop the sensing operation by turning off the individual sensing power according to the individual sensing power cutoff control input from the integrated switch devices 140-1 to 140-M .

After performing the above-described step S312 (the individual sensing power cut-off step), the standby power cut-off devices 180-1 to 180-Q determine standby power cut-off conditions (for example, The standby power cut-off operation is performed in accordance with the standby power cut-off condition, and when the standby power cut-off is notified to the integrated switch devices 140-1 to 140-M That is, standby power cutoff notification).

The integrated switch device 140-1 receives the interruption of the standby power from the standby power cut-off devices 180-1 to 180-Q and notifies the standby power cut-off devices 180-1 to 180-4 So that the power is shut off (S313). At this time, the standby power cut-off devices 180-1 to 180-Q cut off the standby power cutoff power according to the standby power cutoff power cutoff control inputted from the integrated switch devices 140-1 to 140-M, It stops the operation.

In a case where it is determined in step S308 (step of confirming presence / absence of presence / absence) that the access person is not available, the integrated switch devices 140-1 to 140-M receive the personal identification information received in step S308 Is not registered in the internal memory list of the internal memory, it is determined that the entrance / exit person is going to reserve the room (for example, if the user leaves the room for a while and then returns to the room), the process returns to step S304 described above, In the same manner.

The embodiments of the present invention are not limited to the above-described apparatuses and / or methods, but may be implemented by a program for realizing functions corresponding to the configuration of the embodiment of the present invention, a recording medium on which the program is recorded, And such an embodiment can be easily implemented by those skilled in the art from the description of the embodiments described above.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments, It belongs to the scope of right.

A: Building Integrated Energy Management System
110: Integrated energy management management server
120: Database
130-1 to 130-N: Personal identification device
140-1 to 140-M: Integrated switch device
150-1 to 150-P: Lighting device
160-1 to 160-G: Heating /
170-1 to 170-H: Personal sensing device
180-1 ~ 180-Q: Standby power cutoff device
190: Network

Claims (10)

A plurality of illumination devices for turning on illumination by supplying illumination power according to illumination power supply control, and turning off illumination by turning off illumination power according to illumination power cutoff control;
A plurality of cooling and heating devices for supplying cooling and heating power according to the cooling and heating power supply control to operate the cooling and heating, and stopping cooling and heating by shutting off cooling and heating power supply according to cooling and heating power cutoff control;
The sensing operation is performed by receiving the individual sensing power according to the individual sensing power supply control, sensing the human body of the entrance / exit person or detecting the entrance / exit through the personal identification information reception and transmitting the corresponding sensing signal, A plurality of personal sensing devices for interrupting the sensing operation by shutting off the individual sensing power according to the sensing signal;
Off power according to the standby power cut-off power supply control, performs the standby power cut-off operation according to the standby power cut-off condition set in the internal memory by receiving the standby power cut-off power according to the standby power cut-off power supply control, A plurality of standby power cut-off devices for stopping the shut-off operation;
A plurality of personal identification devices for storing and transmitting personal identification information for identifying an entrance and exit; And
Receiving information for personal identification from the personal identification device upon accessing the personal identification device, registering the personal identification information in a private room list, and storing lighting information corresponding to the received personal identification information, air conditioning information, personal sensing information, Cooling information, the individual sensing information, and the standby power cut-off information according to the determination result, and determines whether or not the inside / outside of the entrance / Cooling / heating power supply and personal sensing power supply to the lighting device, the cooling / heating device, the personal sensing device and the standby power cutoff device, respectively, or after the received personal identification information is deleted from the room list Control the interruption of the lighting power supply, the cooling / heating power supply, the individual sensing power supply, and the standby power cutoff power supply Comprising: a number of the integrated switch unit;
The integrated switch device controls the lighting device corresponding to the controlled or read lighting information for supplying the individual sensing power to the individual sensing device corresponding to the read personal sensing information when the entrance / Off control power supply to the standby power cutoff device corresponding to the read standby power cutoff information according to the detection signal received from the personal sensing device;
Cooling / heating power supply, and personal sensing power supply to the illumination device, the cooling / heating device, and the individual sensing device corresponding to the read illumination information, the cooling / heating information, and the individual sensing information, respectively, when the entrance / A standby power cut-off device corresponding to the read standby power cut-off information according to a detection signal received from the personal sensing device;
The lighting power supply, the heating and cooling power supply and the individual sensing power supplied to the illumination device, the cooling and heating device, and the individual sensing device corresponding to the read illumination information, the cooling and heating information, and the individual sensing information, The control unit interrupts the standby power cut-off power supplied to the standby power cut-off device by notifying the standby power cut-off device corresponding to the read standby power cut-off information after the control to shut off the standby power cut-off device;
When the entrance / exit person is determined not to be the last exit, the personal sensing power supplied to the individual sensing device corresponding to the read personal sensing information is cut off or the illumination power supplied to the lighting device corresponding to the read lighting information is cut off , The control unit is notified of the interruption of the standby power from the standby power cut-off device corresponding to the read standby power cut-off information and performs control to cut off the standby power cut-off power supplied to the standby power cut-off device system.
The method according to claim 1,
Personal identification information is registered as entrance / exit authentication information, and integrated switch information, illumination information, cooling / heating information, individual sensing information, and standby power cutoff information corresponding to individual identification information are registered, A database for storing and storing the received work list; And
Cooling / heating information, individual sensing information, and standby power cut-off information, when registering the lighting information, the cooling / heating information, the individual sensing information, and the standby power cut-off information registered in the database in the integrated switch device corresponding thereto, Further comprising an integrated energy management server for transmitting and registering the integrated energy management information to the integrated switch device.
delete delete delete delete delete Upon accessing the personal identification device, the integrated switch device receives the personal identification information from the personal identification device and determines whether the received personal identification information is registered in the internal memory;
The integrated switch device registers the received personal identification information in the internal memory as an internal list and then transmits the illumination information corresponding to the received personal identification information, Reading the sensing information and the standby power cutoff information from the internal memory and confirming whether the lighting power supply or the cooling / heating power supply is supplied to the illumination device or the cooling / heating device corresponding to the read illumination information or the cooling / heating information, respectively; And
The integrated switch device supplies the personal sensing power to the personal sensing device corresponding to the read personal sensing information, and controls the lighting device corresponding to the read lighting information to provide illumination And controlling the supply of the standby power cutoff power to the standby power cutoff device corresponding to the read standby power cutoff information according to a detection signal received from the personal sensing device,
The integrated switch device controls the lighting device corresponding to the controlled or read lighting information for supplying the individual sensing power to the individual sensing device corresponding to the read personal sensing information when the entrance / Off control power supply to the standby power cutoff device corresponding to the read standby power cutoff information according to the detection signal received from the personal sensing device;
Cooling / heating power supply, and personal sensing power supply to the illumination device, the cooling / heating device, and the individual sensing device corresponding to the read illumination information, the cooling / heating information, and the individual sensing information, respectively, when the entrance / A standby power cut-off device corresponding to the read standby power cut-off information according to a detection signal received from the personal sensing device;
The lighting power supply, the heating and cooling power supply and the individual sensing power supplied to the illumination device, the cooling and heating device, and the individual sensing device corresponding to the read illumination information, the cooling and heating information, and the individual sensing information, The control unit interrupts the standby power cut-off power supplied to the standby power cut-off device by notifying the standby power cut-off device corresponding to the read standby power cut-off information after the control to shut off the standby power cut-off device;
When the entrance / exit person is determined not to be the last exit, the personal sensing power supplied to the individual sensing device corresponding to the read personal sensing information is cut off or the illumination power supplied to the lighting device corresponding to the read lighting information is cut off , The control unit is notified of the interruption of the standby power from the standby power cut-off device corresponding to the read standby power cut-off information and performs control to cut off the standby power cut-off power supplied to the standby power cut-off device How the system works. delete delete

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