KR101758100B1 - One-click water management automation system using green energy - Google Patents

Abstract

The present invention relates to a one-click water management automation system using green energy, and more particularly, to a system for automatically managing one-click water management systems using green energy, , A one-click water management device for monitoring and controlling green energy, and provides measurement and monitoring information at a remote location to a central control unit when an event occurs. In another embodiment, a power control panel (MCC ) Is replaced by a miniaturized and standardized electronic power control panel (EC) using an energy-based low-voltage integrated circuit (IC) One-click water management using green energy that can control the state of the electronic power control panel in the device. It relates to the system.

Description

One-click water management automation system using green energy

The present invention relates to a one-click water management automation system using green energy, and more particularly, to a system for automatically managing one-click water management systems using green energy, , A one-click water management device for monitoring and controlling green energy, and provides measurement and monitoring information at a remote location to a central control unit when an event occurs. In another embodiment, a power control panel (MCC ) Is replaced by a miniaturized and standardized electronic power control panel (EC) using an energy-based low-voltage integrated circuit (IC) One-click water management using green energy that can control the state of the electronic power control panel in the device. It relates to the system.

Modern people living in a rapidly developing industrial environment and urban civilization are suffering from various stresses such as noise and pollution. As a way of solving such stresses, there is an amusement park and an amusement park with natural scenery, The weather information is very important when camping around mountain climbing and valley, and it is the present situation that such weather is judged only as weather forecast of Meteorological Agency.

However, the Meteorological Agency's weather forecast only predicts a wide range of weather conditions, and the weather in any specific region is unpredictable. Recently, guerrilla intense rainfall has been frequently occurred. Therefore, There is a problem that it is very difficult to cope with judgment.

Especially, in the mountainous valleys, sudden heavy rainfall frequently occurs due to the characteristics of the terrain, and it caused various problems such as the flood damage caused by the rapid escape of the flood.

Conventionally, since the place where the rainfall measuring apparatus is installed is usually located in the mountainous region, the operation states of the photographing means are manually controlled by the controller directly in the field, so that the photographing means can not be fixed. Confirmation had considerable difficulty.

In addition, due to the characteristics of the rainfall measuring apparatus, a method of transmitting the rainfall amount information to the remote place after storing the amount of the falling rain for a predetermined time is used. Therefore, if the rainfall and the rainfall can not be quickly responded to, there was.

On the other hand, in the case of the outbreak repair facilities, there was a case where the commercial power was not properly supplied due to the site conditions, and the facilities were left unavailable.

Korean Patent Registration No. 10-797602 (2008.01.23) Multimedia remote monitoring and control system integrates I / O data measurement information and video image of unmanned laboratories in real time through a single data communication network into one file and collectively It is possible to improve the reliability of the measurement information observed in the unmanned observation station by performing the parallel processing of the still image and the moving image data. In addition, it is possible to improve the reliability of the measurement information observed in the unmanned station, It is possible to provide a multimedia remote monitoring and control system that integrates data collection and control functions and image processing functions that can be economically constructed without requiring a separate facility investment cost.

However, the above-described technique may also fail to supply a commercial power source properly, and it is inevitable that a standby state can not be maintained at all times because it is not performing its own power generation function.

Meanwhile, in the conventional power control panel, as shown in FIG. 1, a professional technical manpower manually assembles various relay parts (MCC), resulting in an increase in the product price.

As a result, the number of on-site construction processes such as the wiring work increases, resulting in an increase in construction cost.

Also, as shown in FIG. 1, since the size is usually about 1800 X 800 X 800 mm, it is necessary to secure a space for installing the relay unit, thereby causing a variety of complaints, Generally, it operates at AC 220V, resulting in large power consumption. It is vulnerable to lightning, pulse, and noise due to high risk of electric shock, complicated wiring, It is difficult to change the configuration once the configuration is completed, and the special construction company has to perform complicated wiring work even when connecting to the remote system configured at the remote place.

In addition, the external relay (lightning strike, motor operation surge, temperature and humidity) are the most common cause of the failure.

Therefore, a system is needed that cuts off the AC 220V which is the inflow path of the external pulse, and can operate stably at all times without failure due to the device interference from external pulses.

Remote management of facilities is becoming a universal trend.

For remote management, there is a precondition that the power control panel (MCC) at the site must operate normally.

Conventionally, if the administrator does not operate when sending a control command, the hardware, software, communication status, on-site facilities, and remote monitoring and control system of the integrated management station must be checked and analyzed in order to find the cause. If you do not get help, you may even have to dispose of your system.

Therefore, it is necessary to have a system capable of grasping the real-time status remotely without a scene.

On the other hand, since the facilities for water management should be installed around the waterway, vehicles such as cultivators or tractors can not pass through the waterway. To solve this problem, the surrounding land must be purchased to install the facilities, .

Therefore, a miniaturized power control panel is needed, and the environment where the repair facilities are installed is a rare place. Therefore, it can be checked at a remote place from time to time or can be instantly processed when an event occurs and is not affected by external voltages such as lightning or surge System became necessary.

In addition, there is no commercialized product as an electronic control panel for repair facilities, and since the existing devices operate at AC 220V, it is possible to improve weaknesses that are easily affected by external noise or surge, It is necessary to develop a device having high reliability against external influences such as noise.

(Prior Art 1) Korean Patent Registration No. 10-1588664 (Prior Art 2) Korean Patent Registration No. 10-797602

SUMMARY OF THE INVENTION Accordingly, the present invention has been made keeping in mind the above problems occurring in the prior art,

A first object of the present invention is to provide a one-click-water management assimilation device that measures, monitors, and controls a field device in a field device (repair facility) configured in a remote area where no commercial power is supplied in a field condition, And to provide measurement and monitoring information at a remote event to a central management station device.

A second object of the present invention is to replace a power control panel (MCC) using an AC 220V power supply with an electronic power control panel (EC) that is miniaturized and standardized by using an integrated circuit (IC) So that the state of the electronic power control panel can be grasped and controlled not only in the field but also in a central office apparatus configured at a remote place.

A third object of the present invention is to provide a control system for an electric power control panel linked with a one-click water manager assimilation device, a one-click water manager assimilation device linked with a central management apparatus, an operation through an electric power control panel, , It is possible to operate through the central office equipment. By constantly checking the state of the on-site equipment remotely, the A / S and management cost can be reduced and the problem can be solved promptly.

A fourth object of the present invention is to provide a PC-based rechargeable battery connecting device for connecting an electronic power control panel and a rechargeable battery, so that the rechargeable rechargeable battery can be used as it is without changing the existing rechargeable rechargeable battery.

According to an embodiment of the present invention, there is provided a one-click water management automation system using green energy,

A photovoltaic device 110 for generating electricity by sunlight;

A wind power generator 120 for generating electricity by wind power; A green energy generating means 100 composed of at least one of green energy generating means 100,

An energy storage device (ESS) 200 for storing electricity generated by the green energy generating means 100,

A sensor means (300) for sensing the field device (800) and providing the sensed value to the one - click -

A control unit for controlling a field device in accordance with a control signal transmitted from a one-click-object-management-assimilation device, a field device in accordance with a remote control signal transmitted from a central office device, A power control panel 400 for providing a click water management assimilation device or a central control center device,

When the power supply signal is acquired from the one-click manager manager, the event generation signal provided from the one-click manager manager is transferred to the central management server The processing wireless router 500,

Receives the detection value from the sensor means, compares the sensed value with the set value, and transmits the power supply signal to the event processing wireless router when the set value is exceeded, And provides a control signal for each field device to the power control panel according to a set driving scenario at the time of occurrence of an event and provides a measurement signal and a monitoring signal in accordance with a remote measurement, A one-click water manager assimilation device 600 for providing a control signal to the power control panel,

The one-click water manager receives the event signal from the moving image device, stores the event signal in the event management database, and transmits the remote measurement, monitoring, and control signals to the one-click watermanager, and receives the measurement signal and the monitoring signal. And a central office 700 for receiving a control result signal of the central office.

At this time, the power control panel 400,

Based electronic power control panel for removing external noise or surge inflow by converting a voltage provided from the energy storage device (ESS) 200 into a DC low voltage,

The electronic power control panel based on the above-

A control button portion 410 for operating the control of the field device 800;

A power conversion / supply unit 420 for converting a supplied voltage into a DC low voltage to supply power to the MCU, thereby blocking lightning or surge voltage input;

A display unit 430 for acquiring a lighting signal from the MC channel and outputting the lighting signal so that the user can visually confirm the signal;

An electronic relay unit 440 for obtaining a control signal or a remote control signal from the MC channel and operating the field device;

A communication unit 450 for acquiring an operation completion signal from the MC channel and sending it to the one-click-object manager assimilation apparatus 600;

The control unit 601 acquires an operation signal of the control button unit or an operation signal provided by the one-click operator's moving picture 600, and transmits a turn-on signal corresponding to the operation signal to the display unit, (460) for sending out the data.

At this time, the one-click-object manager assimilation apparatus 600,

A first communication unit 610 connected to the communication module of at least one of a bi-directional serial communication module, a bi-directional short-range communication module, and a wire / wireless data communication module to communicate with the power control panel 400 and the central office 700;

(DI) module and a facility measurement (AI) module, and performs a real-time self-diagnosis with respect to the power control panel (400) for controlling the on-site points, and outputs the measured power control panel information A field information processing unit 620 for storing power control unit information classified and classified into at least one of information, acoustic information, and measurement information;

A control command execution unit 630 including a control (DO) module and transmitting a control command to the power control panel 400 through the first communication unit 610 to control a corresponding point;

A signal converter 640 for A / D converting the signal received through the first communication unit and transmitting a control command to the power control unit 400 from the control command performing unit;

A wireless router control unit for receiving the detection value from the sensor means and comparing the detected value with the set value and transmitting the power supply signal to the wireless router for event processing when the set value is exceeded and then supplying an event generation signal to the wireless router for event processing 650);

When the event occurs, the power control panel provides the control signal for each field device according to the set operation scenario stored in the memory part and extracts the measurement signal and the monitoring signal from the field information processing section according to the remote measurement, And an event performing unit 660 for providing control signals to the control command performing unit from the central office.

According to the one-click water management automation system using green energy of the present invention,

One-click water management system that measures, monitors, and controls on-site equipment in field devices (repair facilities) that are not equipped with commercial power in the field conditions and can not utilize network network. By providing the measurement and monitoring information at the remote center in the central station, it is possible to perform the field control and the remote control at the same time as possible effects and events, so that it is possible to prepare for the disaster disaster, The effect is possible.

In addition, the power control panel (MCC) that used the AC 220V power supply was replaced with the miniaturized and standardized electronic power control panel (EC) by using an integrated circuit (IC) driven by the green energy based low voltage, By interlocking, it is possible to detect and control the state of the electronic power control panel not only in the field but also in a remote central control station device. By converting AC 220V to DC low voltage and operating it, external noise or surge due to AC 220V operation So that the following effects can be additionally provided.

In other words, because it is manufactured with standardized PCB (PCB), the construction time is shortened and the construction cost is reduced. It is possible to miniaturize as 100 X 60 mm size and operates with low voltage of DC 5V ~ 24V instead of AC 220V. The maintenance cost is reduced.

And it provides the advantage of shortening the recovery time because it does not have the danger of electric shock, provides the robustness to lightning, pulse, noise, simplifies wiring and maintenance, and quickly identifies the cause of failure.

And because it is made as one body, it is easy to change the drawing and wiring, and it is easy to change. By connecting only the one-click water manager assimilation device and connector (terminal block), everyone can easily work with the manual. Thereby reducing management costs.

In addition, the electronic power control panel can be linked with the one-click water manager assimilation device, and the one-click water manager assimilation device can be linked with the central management unit to operate through the electronic power control panel, And it is possible to remotely control the status of the on-site device, thereby reducing the A / S and management cost and promptly solving the problem.

In addition, by providing a connection device for the winch based on the PCS to connect the electronic power control panel and the winch, the winch can be used as it is without changing the existing winch.

FIG. 1 is an operational wiring diagram and wiring diagram of an electric panel for operating a conventional drain lock motor. FIG.
FIG. 2 is an overall configuration diagram of a one-click water management automation system using green energy according to an embodiment of the present invention; FIG.
3 is a block diagram of a power control block of a one-click water management automation system using green energy according to an embodiment of the present invention.
FIG. 4 is a block diagram of a one-click water management system for a one-click water management automation system using green energy according to an embodiment of the present invention.
FIG. 5 is a block diagram illustrating a win- dower connecting apparatus connected to an electronic power control panel of a one-click water management automation system using green energy according to an embodiment of the present invention.
Fig. 6 is a schematic view showing a conventional win- dow, Fig. 7 is an example in which an electronic power control panel is formed at a pier and a win- dow coupling device is connected to an electronic power control panel.
FIG. 8 is a block diagram of an electronic power control panel of a one-click water management automation system using green energy according to an embodiment of the present invention.
FIG. 9 is a block diagram of an electronic power control panel of a one-click water management automation system using green energy according to an embodiment of the present invention.
FIG. 10 is a block diagram of an electronic power control panel of a one-click water management automation system using green energy according to an embodiment of the present invention.
FIG. 11 is a block diagram of an electronic power control panel of a one-click water management automation system using green energy according to an embodiment of the present invention. FIG.
12 is a photograph of an electronic power control panel of a one-click water management automation system using green energy according to an embodiment of the present invention.
FIG. 13 is a diagram illustrating an entirety of a one-click water management automation system using green energy according to an embodiment of the present invention, FIG. 14 is an illustration of a rack photograph equipped with a one- FIG. 16 is an example of photographs actually monitored by the central office device. FIG.

The following merely illustrates the principles of the invention. Therefore, those skilled in the art will be able to devise various apparatuses which, although not explicitly described or illustrated herein, embody the principles of the invention and are included in the concept and scope of the invention.

Furthermore, all of the conditional terms and embodiments listed herein are, in principle, only intended for the purpose of enabling understanding of the concepts of the present invention, and are not to be construed as limited to such specifically recited embodiments and conditions do.

In describing the present invention, the terms first, second, etc. may be used to describe various elements, but the elements may not be limited by terms.

Terms are for the sole purpose of distinguishing one component from another.

For example, without departing from the scope of the present invention, the first component may be referred to as a second component, and similarly, the second component may also be referred to as a first component.

It is to be understood that when an element is referred to as being connected or connected to another element, it may be directly connected or connected to the other element, but it may be understood that other elements may be present in between .

The terminology used herein is for the purpose of describing particular embodiments only and is not intended to be limiting of the invention.

The singular expressions may include plural expressions unless the context clearly dictates otherwise.

It is to be understood that the term " comprising, " or " comprising " as used herein is intended to specify the presence of stated features, integers, But do not preclude the presence or addition of steps, operations, elements, components, or combinations thereof.

In addition, the shapes and sizes of the elements in the drawings and the like can be exaggerated for clarity.

Hereinafter, a preferred embodiment of the one-click water management automation system using green energy of the present invention will be described in detail with reference to the accompanying drawings.

The one-click manager assimilation system (TM / TC) described in the present invention is an intelligent water management automation system 10-1017746 filed and registered by the applicant of the present invention, 10-1237524, , A water display management system for the water management system of a remote control facility, which is 1219192, an intelligent remote control system which is integrated into a water management system of an integrated water management system, such as 10-0921749, Water management automation system.

That is, this means a system that can check the operation state of the field electronic control panel at a remote place, and the applicant has defined this as TM / TC.

In addition, when the electronic power control panel of the present invention is constructed, it is operated by converting AC 220V to DC low voltage, thereby exerting the effect of removing external noise or surge inflow due to AC 220V operation. Can be additionally provided.

In other words, because it is manufactured with standardized PCB (PCB), the construction time is shortened and the construction cost is reduced. It is possible to miniaturize as 100 X 60 mm size and operates with low voltage of DC 5V ~ 24V instead of AC 220V. The maintenance cost is reduced.

And it provides the advantage of shortening the recovery time because it does not have the danger of electric shock, provides the robustness to lightning, pulse, noise, simplifies wiring and maintenance, and quickly identifies the cause of failure.

And because it is made in one body, it is easy to change the drawings and wiring, and it is easy to change. It connects only one-click water manager assimilation system and connector (terminal block), so that anyone can easily work with manuals, Thereby reducing management costs.

2 is an overall configuration diagram of a one-click water management automation system using green energy according to an embodiment of the present invention.

2, the one-click water management automation system using green energy mainly includes a green energy generating means 100, an energy storage device (ESS) 200, a sensor means 300, a power control panel 400, A wireless router 500, a one-click water manager assimilation device 600, a central office 700, and a field device 800.

The green energy generating means 100 is composed of at least one of a solar power generator 110 for generating electricity by sunlight and a wind power generator 120 for generating electricity by wind power.

This is generally referred to as a hybrid power generation system or a green energy generation system.

At this time, the energy storage device (ESS) 200 stores electricity generated by the green energy generating means 100.

As described above, the reason for constructing the green energy generating means is that since a plurality of field devices or repair facilities are generally installed in a remote area, there is a disadvantage in that it is difficult to supply commercial power and communication lines can not be installed, And to provide power to communicate with remote devices.

Such outcrops may, for example, be places where human beings are rare, roads not open, drainage locks, dams, etc. In other industrial sectors, various monitoring or measuring devices that are several tens of kilometers away from the city .

The on-site device 800 described in the present invention may be, for example, an electric motor, a pump, a hydrometer, a vibration damper, a winch, and may be a temperature sensor, a sound sensor, a vibration sensor , A water level sensor, etc. may be added.

The sensor unit 300 is installed to detect the field device 800 and provide the sensed value to the one-click-click manager. As shown in FIG. 2, A temperature sensing unit 310 for sensing the temperature of the object;

A noxious gas detection sensor unit 320 for detecting noxious gas around the field device;

An earthquake detection sensor unit 330 for detecting an earthquake;

A visual sensor unit 340 for detecting a flame or light;

A CT sensor unit 350 for detecting an abnormal current of a current supplied from the field device;

A water level measurement unit 360 for measuring a water level value;

A rainfall measuring unit 370 for measuring a rainfall value;

A door open detection sensor unit 380 installed at a door of a housing where a field device, a power control panel or a one-click-water-moving-assimilation device 600 is installed and detects entrance / exit; At least one or more of the following.

The reason for sensing the temperature by the temperature detection sensor unit is that it has a normal temperature and the average value can be analyzed. In case of detecting a temperature value deviating from the average value, it is recognized as an event.

When the noxious gas is sensed by the noxious gas detection sensor unit 320, it is immediately sensed that an accident has occurred in the facility where the field device is located. When the noxious gas is sensed by the visual sensor unit 340, In particular, in the case of an earthquake detection sensor unit 330, the earthquake sensor unit 330 can instantly detect an earthquake and take quick action accordingly. The CT sensor unit 350 detects an earthquake This is for detecting an abnormal current of a supplied current, for example, when a leakage current is detected, measures can be taken accordingly.

The water level sensor 360 measures the water level of the reservoir or the dam, the rainfall meter 370 measures the rainfall value, and the door open sensor 380 is a field device or a power control panel The one-click water manager assimilation apparatus 600 is installed in the door of the enclosure in which the one-click water manager assimilation apparatus 600 is stored.

The detection of the entrance / exit is intended to detect whether a third party enters or exits the facility other than the authorized administrator.

As a result, the sensor means described above is used as the basis data for determining the presence or absence of an abnormality in the field device, and after analyzing the type of the incident, it is the basic data to be processed according to the accident response system according to the type of the accident.

Also, the power control panel 400 controls the field devices according to the control signals transmitted from the one-click-object manager moving-image device, or controls the field devices according to the remote control signals transmitted from the central office device.

That is, the power of the field devices is controlled according to the control transmitted from the central office unit installed and remotely installed, in accordance with the control transmitted from the one-click water manager assimilation device installed in the field.

Then, the power control panel provides the control signal or the control result signal for the remote control signal to the one-click-object manager assimilation device or the central office device.

That is, it is necessary to notify the result of the control according to the control signal, so that it can be confirmed whether the operation has been properly performed.

In addition, the event processing wireless router 500 is normally turned off and is turned on when acquiring a power supply signal from the one-click manager's moving picture device, and transmits an event generation signal provided from the one- To the central office device configured at the remote location.

That is, the central management station periodically provides its own address using wireless communication or satellite communication.

The present invention is an environment-friendly system in which electric energy is not generated by using green energy (sunlight, wind power) instead of commercial power.

Wireless data is advantageous because it does not require circuit construction compared to wired data, but it has a disadvantage that data usage fee is incurred.

However, the system of the present invention provides a configuration capable of greatly reducing the wireless data usage fee by using the wireless data at all times when no event occurs and using the wireless data from the time when the event occurs.

Also, the one-click-object-manager assimilation apparatus 600 receives power from the energy storage device, receives the sensed value from the sensor means, compares the sensed value with the set value, and supplies power to the event- Signal, and then provides an event generation signal to the event processing wireless router.

For example, when the water level is set to 3 m and the water level is measured to be 3.2 m, the one-click-water manager assimilation device turns on the wireless router for event processing and sends the central management station program (MMI) The event is notified and the program (MMI) notifies the fact that the water level value has been exceeded by sending an alarm window, a warning sound, and a manager mobile phone text message (SMS).

In addition, a control signal for each field device is provided to the power control panel according to a set driving scenario when an event occurs.

For example, when the water level exceeds the predetermined water level, the operation scenario provides an operation command to the broadcasting apparatus to provide a warning broadcast to the general people located around the dam. In order to open the water gate of the dam, And provides an operation command to the hoisting machine to close the dam gate of the dam again when the water level value is a set value.

Then, in accordance with the remote measurement, monitoring, and control signals provided from the central office, the measurement signals and the monitoring signals are provided to the central office, and the control signals are provided to the power control panel.

In the case of the above measurement, it may mean, for example, a water level value and a rainfall value in case of dam, and in the case of monitoring, it may mean an acoustic signal, a video signal and the like.

In addition, the central office 700 receives an event generation signal from the one-click operator management unit and stores it in the event management database, and transmits the remote measurement, monitoring, and control signals to the one- Signal, and a monitoring signal, and receives a control result signal of the power control panel.

3 is a block diagram of a power control panel of a one-click water management automation system using green energy according to an embodiment of the present invention.

3, the power control panel 400 converts a voltage provided from the energy storage device (ESS) 200 into a DC low voltage and operates to generate a signal for eliminating external noise or surge in accordance with AC 220 V operation Based electronic control panel.

That is, although a conventional general power control panel may be connected and controlled by the one-click water controller assimilation device 600, an electronic power control panel based on a PCB is provided to block the external noise or surge inflow as described above.

At this time, the electronic power control panel based on the above-

A control button portion 410 for operating the control of the field device 800;

A power conversion / supply unit 420 for converting a supplied voltage into a DC low voltage to supply power to the MCU, thereby blocking lightning or surge voltage input;

A display unit 430 for obtaining a lighting signal from the MC channel and outputting the lighting signal so that the user can visually confirm it;

An electronic relay unit 440 for obtaining a control signal or a remote control signal from the MC channel and operating the field device;

A communication unit 450 for acquiring an operation completion signal from the MC channel and sending it to the one-click-object manager assimilation apparatus 600;

The control unit 601 acquires an operation signal of the control button unit or an operation signal provided by the one-click operator's moving picture 600, and transmits a turn-on signal corresponding to the operation signal to the display unit, (460) for sending the data.

The control button unit 410 is configured to operate the control of the field device 800 and may include control buttons such as open, stop, close, reset, broadcast, To be able to do so.

If, for example, a 25-pin connector (terminal block) is constructed, the one-click water manager assimilation apparatus 600 is controlled.

The power conversion and supply unit 420 converts the voltage supplied through the energy storage device (ESS) 200 into a DC low voltage to supply power to the MCU, thereby preventing lightning or surge voltage inflow.

For example, DC low voltage (DC 5V ~ DC 24V) will be supplied.

In addition, the power conversion and supply unit 420 includes an isolation circuit to convert to DC 12V and to be independent from external electrical influences, according to a preferred embodiment.

In addition, the apparatus further includes a re-injection cut-off unit 490 for automatically re-supplying the power after a predetermined time elapses after the lightning or surge voltage is applied from the outside. In order to ensure secondary safety, The power is automatically turned on again after a predetermined time when the power is cut off by an abnormal voltage flowing from the outside.

At this time, the MCU 460 provides the analyzed output signal to the electronic relay unit 440 for operating the field devices such as opening, stopping, closing, resetting, broadcasting, and lighting.

The display unit 430 obtains a lighting signal from the MC channel and outputs the lighting signal so that the user can visually confirm the signal.

That is, in the case of broadcasting, the lamp or LED corresponding to the broadcast is turned on.

The electronic relay unit 440 is configured to operate the field device by acquiring an operation signal from the MC channel.

The communication unit 450 acquires an operation completion signal from the MC channel and sends the operation completion signal to the one-click-object manager assimilation apparatus 600.

In addition, according to a further embodiment, the electronic power control panel 400 is configured to include a communication error stop unit 470 and an emergency situation stop unit 480.

The communication error stopping unit 470 provides a check request signal to the communication unit 450 at the time of power supply and provides an MCU communication error value when the answer signal to the check request signal is not received. The emergency stop signal is generated to interrupt the power supply, and the emergency stop information is provided to the one-click water manager assimilation apparatus 600.

At this time, in order to operate the MCU again, the emergency power is supplied to the MC via the energy storage unit (ESS) 200, and the MCU can reboot when the set time elapses to provide a check request signal to the communication unit.

In order to prevent an accident that may occur when a malfunction signal due to a communication error can not be transmitted, a communication error is determined by rebooting. If a communication error occurs after a few times of booting, It may be possible to repair it.

The manager terminal information is stored and managed in a memory unit described later.

The emergency state stop unit 480 obtains variable information defined as a serious problem during operation of the field device from a memory unit (not shown), provides the corresponding variable value to the MC channel when the corresponding variable is detected, do.

For example, the temperature and voltage reference range is set as a variable and stored in the memory unit. When the temperature sensor is installed in the field device and the motor is overloaded, the temperature instantaneously rises to the fault of the whole system. If the set voltage exceeds 24V, it may be a failure or an arc occurrence in the electronic power control panel. Therefore, when the voltage is out of the reference range, the corresponding value is provided to the MC channel It is possible to perform an emergency situation processing function capable of stopping all operations of the system.

In addition, as shown in FIG. 12, the electronic power control panel 400 according to the present invention has various advantages in that the construction period is short and the construction cost is reduced because the various parts are standardized and automatically manufactured at a factory.

In addition, since the size is 100 X 60 (unit: mm) and the power conversion and supply section for supplying low voltage (DC 5V to DC 24V) is constituted, power consumption is reduced and the maintenance cost is reduced do.

In addition, since it uses low voltage (DC 5V ~ DC 24V), there is almost no risk of electric shock, and it is strong against lightning, pulse, noise.

Also, it is easy to repair due to simple wiring process due to the wiring that connects only a few cables. It has the advantage of short recovery time because it is easy to identify the cause of trouble, and it is easy to change the wiring.

FIG. 4 is a block diagram of a one-click-water-management-system-automation unit of a one-click water management automation system using green energy according to an exemplary embodiment of the present invention.

4, the one-click-object-manager assimilation apparatus 600 includes a first communication unit 610, a field information processing unit 620, a control command execution unit 630, a signal conversion unit 640, (650), and an event performing unit (660).

In the case of the one-click water manager assimilation apparatus, the organic operation relationship is specifically described in the 'one-click repair facility management automation system using integrated input / output means for central control', Korean Registered Patent No. 10-1588664 filed and registered by the present inventor The concrete data flow and the like performed in the one-click-click manager assimilation apparatus are omitted, and only the operation relation related to the present invention will be described in detail.

The one-click-object manager assimilation apparatus 600 includes:

The first communication unit 610 is connected to a communication module of at least one of a bi-directional serial communication module, a bi-directional local communication module, and a wired / wireless data communication module and communicates with the power control unit 400 and the central office unit 700.

The site information processing unit 620 includes a facility status measurement (DI) module and a facility measurement (AI) module. The site information processing unit 620 performs a real-time self-diagnosis of the power control panel 400, The power control panel information classified into at least one of status information, sound information, and measurement information is stored in the power control panel information.

The control command execution unit 630 includes a control (DO) module, and controls the corresponding point by transmitting a control command to the power control panel 400 through the first communication unit 610.

The signal converting unit 640 A / D converts the signal received through the first communication unit, and transmits the control command to the power control unit 400 from the control command performing unit.

When the wireless router control unit 650 receives the detection value from the sensor unit and compares the detected value with the set value, the wireless router control unit 650 transmits a power supply signal to the wireless router for event processing when the set value is exceeded, And provides it to the wireless router.

For example, when the water level is set to 3m and the water level of 3.2m is measured, the power of the wireless router for event processing is turned on, the event is notified to the central administration program (MMI), the program (MMI) It is a quick notification of the fact that the water level value has been exceeded through the manager mobile phone text message (SMS) dispatch.

When the event occurs, the event performing unit 660 provides a control signal for each field device to the power control board according to the set driving scenario stored in the memory unit.

The operation scenario refers to a sequence of operations of field devices according to event types.

In addition, the event performing unit 660 extracts measurement signals and monitoring signals from the field information processing unit according to the remote measurement, monitoring, and control signals provided from the central office, and provides the measurement signals and the monitoring signals to the central office.

In addition, a control signal provided from the central office unit is transmitted to the control command performing unit so that remote control can be performed.

If configured as described above, it is possible to perform not only the administrator operation in the field but also the control on the remote administrator operation.

In addition, according to a further embodiment, the system further includes an acoustic device 1000 for acquiring acoustic information around the field device in the field, and an image acquisition device 1100 for acquiring image information around the field device.

The one-click-object-manager assimilating apparatus 600 may compare the reference acoustic information with the acoustic bands of the acoustic information acquired by the sound acquiring apparatus 1000, and if the acoustic bands of the acoustic information are not the reference acoustic bands, Generates an event signal when the image information obtained by comparing the image information acquired by the image acquisition device 1100 with the reference image information is different from the reference image information, and generates the event signal and the acquired sound information And an event sound / image information processing unit 670 for providing the image information to the central office 700.

The reference sound information and the reference image information are stored in advance in the one-click-object manager assimilation apparatus 600.

The event generation technology according to the analysis of the sound or image signal is an intelligent water management automation system 10-1017746 filed and registered by the applicant of the present invention, a screen display system for multi-input of a water management system water management system 10-1237524, 1219192, the water management automation system of the ozone repair facility, 10-0921749, and the detailed description thereof will be omitted.

Further, in accordance with a further embodiment,

An emergency condition input unit 680 for inputting an emergency condition according to the site conditions,

An emergency condition receiving unit 685 receiving an emergency condition from the central office 700 of the remote location,

The emergency condition inputted through the emergency condition input unit 680 and the emergency condition received through the emergency condition receiving unit 685 are stored and the emergency condition inputted or received recently is updated with the current emergency condition and stored An update unit 690,

And an emergency action performing unit 695 for executing the emergency action scenario when the emergency condition scenario is stored and the condition corresponding to the current emergency condition stored in the emergency condition updating unit 690 is satisfied .

In the field where the one-click water manager assimilation apparatus 600 is installed, many emergency situations occur. In this case, the emergency condition is set in advance, and when the situation corresponding to the emergency condition occurs, the emergency situation is processed according to the preset emergency action scenario.

The emergency condition may be a temperature condition, a water level value condition, a rainfall value condition, or the like depending on a site condition, and the emergency condition of the present invention is not limited to the above.

The emergency condition may be set in the field through the emergency condition input unit 680 or received from the central office 700 of the remote site.

The emergency condition updating unit 690 stores the emergency condition inputted or set in the field or received and set at the remote place in the emergency condition updating unit 690. The emergency condition updating unit 690 updates the emergency condition, And stores it.

For example, if an emergency condition is entered in the field via the emergency condition input unit 680 on February 1, 2017, and an emergency condition is received from the central office 700 on Feb. 15, 2017, The unit 690 updates and stores the emergency condition received from the central office 700 on Feb. 15, 2017 as the current emergency condition.

Therefore, if the emergency condition is changed, the information is immediately updated and stored.

The emergency action performing unit 695 performs the emergency action according to the emergency action scenario stored in advance when the condition meeting the current emergency condition is met.

Further, in accordance with a further embodiment,

When the power control panel is controlled according to the automatic operation scenario, the automatic operation report information is generated. And an automatic operation report generation unit 691 for providing the generated automatic operation report information to the central office.

In this case, the automatic operation report generation unit 691 generates automatic operation report information related to the operation of the field device according to the automatic operation scenario and transmits the generated automatic operation report information to the central control center Device. The central office device outputs the corresponding automatic operation report information to the screen.

5 is a block diagram of a winch connecting device connected to an electronic power control panel of a one-click water management automation system using green energy according to an embodiment of the present invention.

Fig. 6 is a schematic view showing a conventional win- dow, Fig. 7 is an example of an electronic power control panel formed at a pier, and a win- dow coupling device connected to an electronic power control panel.

As shown in FIG. 6, the conventional winch is installed in the field control panel. Since the control is only opening, stopping, and closing, only the opening, stopping, and closing control are possible in the field control panel. Is an impossible structure.

If it is impossible to control the opening, closing and stopping of the win- dow, problems may arise because the power supplied to the peripheral devices is used.

When the stop button is selected in the field control panel, the power supply is stopped and the field measurement and control can not be performed.

Therefore, in the field, the manager must judge the current situation and operate the winch.

However, in the present invention, as shown in FIGS. 5 and 7, the electronic power control panel and the winch are electrically connected by the win- dow coupling device 900.

In this case, it is possible to connect the winder connection device to the existing winch, and to connect it to the electronic power control panel.

For example, if a digital power control panel is installed, the conventional method requires a replacement of the existing winch or an expensive expensive interlocking device, and thus it is reluctant to introduce a new remote control system However, it is possible to remotely control the power supply from the energy storage device even when the power supply is stopped by purchasing only the winch connecting device without the need of introducing the expensive interlocking device without replacing the conventional winch as in the present invention Therefore, the effect of measurement and control can be exhibited.

In order to provide the above function, the win-

A control signal input unit 910 for receiving power from an energy storage device (ESS) 200 to receive a control signal of the electronic power control panel;

An electronic control panel 920 for a winch for controlling the winch according to the control signal input by the control signal input unit;

And a CT sensor 930 for detecting a leakage current and providing a corresponding sensed signal to the MC to shut off the power supply.

When the control signal input unit 910 is connected to the electronic power control panel, the electronic control panel 920 receives power from the energy storage device and receives a control signal of the electronic power control panel. And controls the winchers according to the input control signals.

For example, control such as opening, closing, and stopping is performed.

At this time, a CT sensor 930 is configured to prevent the electronic power control panel and the win- dow coupling device from being damaged by the leakage current. When the leakage current is sensed, the MC signal is supplied to the MC channel to supply power .

If the leakage current detection information is provided from the MC to the one-click-click manager assimilation apparatus 600, the information can be provided to the central office unit so that the manager can check the current status.

As shown in Fig. 7, the electronic control panel of the present invention, which is only about 100 X 60 mm in size, can be attached to a pier formed around the water channel, And the winch connecting device 900 connected thereto can be manufactured to a size of 100 X 60 mm or less. Therefore, it is installed around the bridge pier or is inserted into the groove, and the electronic power control panel and the winch connecting device 900 And the winch connecting device is connected to the winch 950, it becomes possible to control and measure the winch.

Therefore, it is not necessary to secure a space for installing the relay panel mentioned in the related art, and since it is installed in the bridge pier, it is not necessary to invade the waterway space, and various complaints can be solved.

According to a further embodiment, the electronic power control panel may be configured to prevent corrosion due to external high temperature and humidity, for example, by a silicon coating treatment.

In other words, since the location where the installation is made is around the waterway, it is always exposed to high temperature and humidity, so it is preferable to coat the exterior in order to prevent corrosion.

Meanwhile, since the control button unit, the electronic relay unit, and the display unit are different depending on the types of the field devices, the following description will be made in detail.

8 is a configuration diagram of an electric power control panel of a one-click water management automation system using green energy according to an embodiment of the present invention.

As shown in Fig. 8, when the field device is an electric motor,

 A stop button, a reset button, a broadcast button, and a light button in the case of a pump,

Wherein the electronic relay part also constitutes at least one of an operating contact part, a stop contact part, a reset contact part, a broadcast contact part, and a lamp contact part,

When the operation signal provided by the one-click-click-screen-motion-assimilating apparatus 600 is any one of an operation signal, a stop signal, a reset signal, a broadcast signal, and a light signal, the operation contact portion, the stop contact portion, The broadcast signal, the broadcast contact, and the lamp contact.

For example, when the operation button is pressed, the corresponding signal is received from the MCU and an operation signal is provided to the operation contact part of the electromagnetic relay part so that the operation contact part is contacted to operate the motor.

When the operation signal provided by the one-click operator dynamic-assimilation apparatus 600 or the remote operation signal provided by the central office unit is an operation signal, the MCU provides an operation signal to the operation contact unit.

That is, it is an example that explains that it can be controlled in the field and can be controlled from a remote place.

9 is a configuration diagram of an electronic power control panel of a one-click water management automation system using green energy according to an embodiment of the present invention.

In the case of a pump, a lamp 1 and a lamp 2 may be formed in the control button portion. In this case, the lamp 1 contact portion and the lamp 2 contact portion are also formed in the electromagnetic relay portion.

The lamp 1 is for indoor use and the lamp 2 for outdoor use.

At this time as well, an operation signal provided by the one-click-object-manager assimilation apparatus 600 or a remote operation signal provided by the central office unit can be obtained and controlled.

That is, it is an example that explains that it can be controlled in the field and can be controlled from a remote place.

10 is a block diagram of an electronic power control panel of a one-click water management automation system using green energy according to an embodiment of the present invention.

As shown in Fig. 10, when the field device is a water gate,

An open button, a stop button, a close button, a reset button, a broadcast button, and a light button,

Wherein the electronic relay part also constitutes at least one of an open contact part, a stop contact part, a closed contact part, a reset contact part, a broadcast contact part, and a lamp contact part,

When the operation signal provided by the one-click-object-manager moving-image device 600 is any one of an open signal, a stop signal, a close signal, a reset signal, a broadcast signal, and a light signal, the open contact portion, the stop contact portion, An operation signal is provided to a contact portion of any one of the contact portion, the reset contact portion, the broadcast contact portion, and the lamp contact portion.

Since the opening, closing and stopping operations must be performed in the watercraft operation, it is impossible to operate only by operating and stopping. Therefore, the open contact portion, the stop contact portion, and the closed contact portion together with the open button, the stop button, It is possible to acquire and control the operation signal provided by the click water manager assimilation apparatus 600 and to obtain and control the remote operation signal provided by the central office apparatus.

That is, it is an example that explains that it can be controlled in the field and can be controlled from a remote place.

11 is a configuration diagram of an electronic power control panel of a one-click water management automation system using green energy according to an embodiment of the present invention.

As shown in Fig. 11, in the case of the vibration damper,

A forward button, a stop button, a reverse button, a home button, a reset button, a broadcast button, and a light button,

Wherein the electromagnetic relay part constitutes at least one of a forward rotation contact part, a stop contact part, a reverse rotation contact part, a home position contact part, a reset contact part, a broadcast contact part, and a lamp contact part,

When the operation signal provided by the one-click-click-screen-motion-assimilating apparatus 600 is any one of a forward rotation signal, a stop signal, a reverse rotation signal, a home position signal, a reset signal, a broadcast signal, and a light signal, , The stop contact portion, the reverse rotation contact portion, the home position contact portion, the reset contact portion, the broadcast contact portion, and the lamp contact portion.

That is, the control button portion constitutes at least one of a forward rotation button, a stop button, a reverse rotation button, a home position button, a reset button, a broadcast button, and a light switch, and the electronic relay unit also includes a forward rotation contact portion, The contact portion, the home position contact portion, the reset contact portion, the broadcast contact portion, and the lamp contact portion.

When the operation signal provided by the one-click operator manager assimilation apparatus 600 is any one of a forward rotation signal, a stop signal, a reverse rotation signal, a home position signal, a reset signal, a broadcast signal, and a light signal, An operation signal is provided to a contact portion of any one of the contact portion, the stop contact portion, the reverse rotation contact portion, the home position contact portion, the reset contact portion, the broadcast contact portion, and the lamp contact portion.

Also, the remote control signal provided by the central office unit can be acquired and controlled by the one-click water controller.

That is, it is an example that explains that it can be controlled in the field and can be controlled from a remote place.

On the other hand, when the field apparatus is an electric motor or a pump, the display unit 430 may display at least one of an operation display, a stop display, an overcurrent display, a broadcast display, and a lamp display. The display unit 430 may be configured to display at least one of an open display, a stop display, a closed display, an overcurrent display, a broadcast display, and a lamp display. When the field device is a vibration damper, Forward display, stop display, reverse display, overcurrent display, broadcast display, and electric lamp display.

Preferably, each display may be indicated by an LED lamp, or alternatively, a digital panel may be displayed by a phrase stop.

Meanwhile, the electronic power control panel of the present invention can be configured as a separate memory unit because it is based on the PCS, and can store various measurement information, control information, operation information, event information, and the like in the memory unit.

Therefore, when requesting inspection status information from a client, it is possible to directly extract measurement information, control information, operation information, and event information stored in the memory unit without going to the site to check the inspection status, It is possible to provide convenience to the user.

FIG. 13 is a diagram illustrating an entirety of a one-click water management automation system using green energy according to an embodiment of the present invention, FIG. 14 is an illustration of a rack photograph equipped with a one- FIG. 16 is an illustration of a photographic image actually monitored by the central office apparatus. FIG.

14 is an example of a remote controller in the case of the one-click-water controller 600. In the case of the one-click controller 600, the audio MD 10 is mounted on the rack in a modular form, IF MD 20, hydrological MD 30 and pump MD 40. In the case of audio MD, the IF MD 20 is for communicating with the sound acquisition device. The IF MD is a central control unit for managing the overall control. The MD is for controlling the opening, closing and stopping of the water, and the pump MD is for controlling the operation of the pump.

As described above, since the one-click-object manager assisting apparatus is configured to attach and detach to and from a rack in a module form according to the site conditions, it provides an advantage of being easily expanded and reduced.

As shown in Fig. 15, as shown in Fig. 1 of the prior art, all the operations are completed only by inserting the wires into the connection terminals 50 without complicated wiring work.

According to a further embodiment, the data generated in the field is provided to the central office unit via the one-click operator management unit, and the data is stored in the central office unit database.

To this end, a one-click setting means is provided in the one-click-object manager assimilation device for mounting the one-click-water manager assimilation program on the one-click-water manager assimilation apparatus.

The one-click setting means comprises:

An installation information retrieval unit for retrieving an installation path that is interlocked with the central office device when it is determined that installation information is retrieved by performing installation information retrieval;

An installation path copying unit for copying an installation path for interworking with the central office equipment when it is determined that the installation path exists in the installation path search;

A network connection unit for determining whether the one-click-water-management-material-moving-device is connected to a network;

And an authentication information automatic input unit for automatically inputting the authentication information into the service setting file of the central office apparatus to execute the one-click manager assimilation program service.

For example, when the one-click setting means is inserted into the first one-click manager assimilation apparatus, installation information is retrieved by the central office apparatus, and if it is determined that there is installation information, an installation path interlocked with the central office apparatus is retrieved .

Thereafter, if it is determined by the installation path copying unit that there is an installation path in the installation path search, the installation path is copied to the installation path for interworking with the central office.

Thereafter, the network connection unit determines whether the one-click-click manager assimilation apparatus is connected to the network. The authentication information automatic input unit automatically inputs the authentication information into the service configuration file of the central office apparatus, .

As described above, the one-click-object manager moving-picture device of the present invention is largely composed of an embedded base for analyzing data provided by a sensing unit, a port for connecting to a power control panel, and a port.

As described above, one click is defined as an advantage that data can be communicated between the one-click-object management unit and the central office by clicking, and information can be exchanged with each other.

Conventional technology is a generalized system which does not consider operation and characteristics, and only a specialized company according to complicated wiring work can design, construct and maintain, which takes a lot of construction period and cost. However, By providing the one-click-water-management-assimilation device and the one-click installation program, it is possible to simplify the design, and to provide ease of construction and maintenance.

In addition, since the user authentication process is performed through the authentication information, the system can be securely used by restricting the use thereof, and security can be provided so that no one can control it.

With the above-described structure, it is possible to provide an effect that can be easily designed according to the needs and intentions of the client or the designer.

16 is a screen for actually monitoring the hydrological gates. The gauging information, the water level, the water level, the water level, the opening rate, the temperature and the mast table are displayed as the measurement information and the control windows for the remote control, that is, opening, , Manual operation, automatic operation setting, and the like, and displays the video information, voltage, current, vibration, and sound information as monitoring information in the corresponding area.

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, but, on the contrary, It should be understood that various modifications may be made by those skilled in the art without departing from the spirit and scope of the present invention.

100: Green energy generation means
200: Energy storage device
300: sensor means
400: Power control panel
500: wireless router for event processing
600: one-click water manager assimilation device
700: central station device

Claims (9)

CLAIMS 1. A one-click water management automation system using green energy,
A green energy generating means (100) comprising at least one of a solar power generating device (110) for generating electricity by solar light and a wind power generating device (120) for generating electricity by wind power;
An energy storage device (ESS) 200 for storing electricity generated by the green energy generating means 100;
A sensor means (300) for sensing the field device (800) and providing the sensed value to the one-click-water-motion-assimilation device (600);
Controls the field device according to the control signal transmitted from the one-click-click-screen-moving-assimilation device 600, or controls the field device according to the remote control signal transmitted from the central office device, and outputs the control result A power control panel 400 for providing signals to the one-click-click manager assimilation device or the central office device;
And is turned on when the power supply signal is acquired from the one-click operator manager assimilation apparatus. The event generation signal provided from the one-click operator manager assimilation apparatus is transmitted through the network to the central office apparatus 700 A wireless router 500 for event processing;
Receives the detection value from the sensor means, compares the sensed value with the set value, and transmits the power supply signal to the event processing wireless router when the set value is exceeded, And provides a control signal for each field device to the power control panel according to a set driving scenario at the time of occurrence of an event and provides a measurement signal and a monitoring signal in accordance with a remote measurement, A one-click-water-maneuvering device 600 for providing a control signal to the power control panel;
The one-click water manager receives the event signal from the moving image device, stores the event signal in the event management database, and transmits the remote measurement, monitoring, and control signals to the one-click watermanager, and receives the measurement signal and the monitoring signal. And a central office device 700 for receiving a control result signal of the central office,
The power control panel (400)
Based electronic power control panel for removing external noise or surge inflow by converting a voltage provided from the energy storage device (ESS) 200 into a DC low voltage,
The electronic power control panel (400)
A control button portion 410 for operating the control of the field device 800;
A power conversion / supply unit 420 for converting a supplied voltage into a DC low voltage to supply power to the MCU, thereby blocking lightning or surge voltage input;
A display unit 430 for acquiring a lighting signal from the MC channel and outputting the lighting signal so that the user can visually confirm the signal;
An electronic relay unit 440 for obtaining a control signal or a remote control signal from the MC channel and operating the field device;
A communication unit 450 for acquiring an operation completion signal from the MC channel and sending it to the one-click-object manager assimilation apparatus 600;
The control unit 601 acquires an operation signal of the control button unit or an operation signal provided by the one-click operator's moving picture 600, and transmits a turn-on signal corresponding to the operation signal to the display unit, A MC fluid 460 for sending;
When the power is supplied, a check request signal is provided to the communication unit 450 to generate an emergency stop signal when the response signal to the check request signal is not received, thereby shutting off the power supply, and providing emergency stop information to the first communication unit A communication error stop section 470;
An emergency stop unit 480 for obtaining variable information defined as a serious problem during operation from the memory unit and providing the corresponding variable value to the MC when the corresponding variable is detected and stopping the operation at the same time, One - click water management automation system using.

delete The method according to claim 1,
In order to electrically connect the electronic power control panel 400 and the winch 950 when the field device 800 is the winch 950,
A control signal input unit 910 for receiving power from an energy storage device (ESS) 200 to receive a control signal of the electronic power control panel;
An electronic control panel 920 for a winch for controlling the winch according to the control signal input by the control signal input unit;
And a CT sensor 930 for shutting off the power supply by providing a corresponding sensed signal to the MC when a leakage current is sensed. system.
delete The method according to claim 1,
The electromagnetic force control panel 400 includes:
And a re-injection cut-off unit (490) for automatically re-supplying the power after a predetermined time elapses after the lightning or surge voltage is applied from the outside.
The method according to claim 1,
The one-click-object manager assimilation apparatus 600 includes:
A first communication unit 610 connected to the communication module of at least one of a bi-directional serial communication module, a bi-directional short-range communication module, and a wire / wireless data communication module to communicate with the power control panel 400 and the central office 700;
(DI) module and a facility measurement (AI) module, and performs a real-time self-diagnosis with respect to the power control panel (400) for controlling the on-site points, and outputs the measured power control panel information A field information processing unit 620 for storing power control unit information classified and classified into at least one of information, acoustic information, and measurement information;
A control command execution unit 630 including a control (DO) module and transmitting a control command to the power control panel 400 through the first communication unit 610 to control a corresponding point;
A signal converter 640 for A / D converting the signal received through the first communication unit and transmitting a control command to the power control unit 400 from the control command performing unit;
A wireless router control unit for receiving the detection value from the sensor means and comparing the detected value with the set value and transmitting the power supply signal to the wireless router for event processing when the set value is exceeded and then supplying an event generation signal to the wireless router for event processing 650);
When the event occurs, the power control panel provides the control signal for each field device according to the set operation scenario stored in the memory part and extracts the measurement signal and the monitoring signal from the field information processing section according to the remote measurement, And an event performing unit (660) provided to the control station apparatus and transmitting a control signal provided from the central office apparatus to the control command performing unit.
The method according to claim 1,
The one-click water management automation system using the green energy,
A sound acquisition device 1000 for acquiring sound information around the field device,
And an image acquisition device 1100 for acquiring image information around the field device,
The one-click-object manager assimilation apparatus 600 includes:
Generates an event signal when the acoustic band of the acoustic information obtained by comparing the reference acoustic information with the acoustic band of the acoustic information acquired by the acoustic acquiring apparatus 1000 is not the reference acoustic band and the image acquiring apparatus 1100 acquires Generates event signals when the image information obtained by comparing one image information and the reference image information is different from reference image information, and provides the event signal, the obtained sound information and the image information to the central office 700 And an event sound / image information processing unit (670) for performing the following processes.
The method according to claim 1,
The sensor means (300)
A temperature sensing unit 310 for sensing the temperature around the field device;
A noxious gas detection sensor unit 320 for detecting noxious gas around the field device;
An earthquake detection sensor unit 330 for detecting an earthquake;
A visual sensor unit 340 for detecting a flame or light;
A CT sensor unit 350 for detecting an abnormal current of a current supplied from the field device;
A water level measurement unit 360 for measuring a water level value;
A rainfall measuring unit 370 for measuring a rainfall value;
A door open detection sensor unit 380 installed at a door of a housing where a field device, a power control panel or a one-click-water-moving-assimilation device 600 is installed and detects entrance / exit; And a green energy management system comprising at least one of the following:
The method according to claim 1,
The one-click-object manager assimilation apparatus 600 includes:
When the power control panel is controlled according to the automatic operation scenario, the automatic operation report information is generated. And an automatic operation report generation unit (691) for providing the generated automatic operation report information to the central office device.

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