WO2015156518A1

WO2015156518A1 - Method for benefiting from apartment management using digital power meter-reading

Info

Publication number: WO2015156518A1
Application number: PCT/KR2015/002798
Authority: WO
Inventors: 전희연
Original assignee: 주식회사 타이드
Priority date: 2014-04-08
Filing date: 2015-03-23
Publication date: 2015-10-15

Abstract

The present invention relates to a method for benefiting from apartment management using digital power meter-reading, which allows, even at the time of dealing with an apartment management expense receipt, not only issuance of an online management expense receipt through a management site using a system for collecting electric charges but also sales of a product, use of a card, and more efficient use and management of a configuration of a band which is a communication space between residents, in order to enable the residents to save on fees for use of electricity and, in a wider view, enjoy a more worthwhile apartment life, while using electricity, use of which is indispensable for living in apartments, in the same way as before.

Description

Profit method of apartment management using digital power meter

The present invention relates to a profit management method of apartment management using digital power meter, which makes it possible to manage the apartment, to enjoy the apartment life more efficiently and rewardingly, and to ensure profitability for the users of the system. The present invention uses the same electricity that must be used while living in the apartment, while reducing the fee for use, but also to handle the apartment maintenance fee in order to enjoy the life of the apartment more widely, In addition, through the management site using the system for collecting electricity charges, digital power meter reading is used to more efficiently use and manage band composition, which is not only an online management fee receipt, but also the sale of goods, the use of cards, and the communication space between residents. Revenue of used apartment management It relates to the law.

In general, the apartment management fee is used as a method of billing and receiving the cleaning fee, elevator fee, etc. necessary for various fees and management, such as electricity, hot water, water heating, etc. used by the apartment residents living in the apartment.

By the way, there was no special measure to reduce such administrative costs, so many complaints have been maintained. In recent years, measures to reduce electric charges have emerged as a countermeasure against such complaints. In particular, the smart grid strategy that is taking place throughout the Republic of Korea is an effort to improve the efficiency of power management by inducing planned power consumption and planned power production.

In Korea, for example, the power that KEPCO can produce is somewhat fixed, but there are various variables depending on when and where. In summer, a large amount of power must be used, and the amount of power consumed in a certain place at a certain time may be excessive by a special event. At this point, if you can already measure or recognize power consumption, you can effectively distribute power. In addition, wasteful power generation can prevent current exhaustion.

As part of this effort, large factory floors, apartment complexes, and mammoth-class buildings have data that they have already used in the previous year on a daily basis as data, and when a large amount of special power consumption is expected, they are automatically notified to KEPCO. It helps to distribute power through power effectively.

Of course, even at home, a certain mode of use or form of use is being prepared to inform the KEPCO, and one example is 10-2013-118813, an application of the applicant of the present invention, "Remote meter reading". Digital power meter reader system and a method of using the same ". 1 and 2 show the contents of this case, in addition to the mechanical meter reader 10 installed in each home, a separate digital power meter reader 20 is installed. The digital power meter reader 20 notifies the KEP side of the data read through a separate communication means. Power line communication may be used or a separate mobile communication network may be used.

The DCU 30, which is a data concentrator, is installed at a location that separates a certain physical area so that the data of the DCU 30 is transferred to the management server 40. In fact, the meter reader can measure the amount of power used reliably without having to visit each home and collect the royalties through it, so the cost saving effect is large. In addition, data on power consumption can be obtained in a timely manner, resulting in greater control and distribution of power consumption.

But this strategy for power-efficient management is actually a bloated dream at the moment. It is also a problem to install the digital power meter reader 20 in every home, and there are many problems in the communication method that must be installed for use of this system. In the end, it should be attempted from a certain area before expanding to the whole of Korea. The most desirable part is the large-scale APT complex. The present invention is a part of the smart grid strategy that can be used only in such a large APT complex, and is an embodiment of a method of using the same.

The present invention is to provide a profit management method of apartment management using digital power meter to manage the apartment, and to enjoy the apartment life more efficiently and rewardingly, and to ensure profitability for the system users.

In particular, the present invention, while using the same electricity that must be used while living in the apartment, while reducing the fee for use, but in order to be able to enjoy the apartment life more rewardingly, to handle the apartment management fee receipt Even at the time, through the management site using the system for collecting electricity charges, digital power meter reading was made to use and manage online band receipts, band sales, card use, and the composition of bands, which are communication spaces among residents. We will provide a profit method of apartment management using.

Profit method of apartment management using digital power meter reading according to the present invention, the first step; A power supplier (supplier server) 10 supplying power to each generation in the APT complex A by a power line and measuring total power consumption through a measuring instrument (A10); Second step; The management server 30 transmits the total power consumption in the APT complex A and the estimated data for the next power use to the supplier server (power provider) 10 of the power supplier 10 and receives the settlement fee accordingly ( A20); The third step; The management server 30 transmits the power usage-related data used this month to the management PC 20-1 of the APT management office 20 for the power usage in the APT complex A obtained through the digital power meter reader 11. Step A30; The fourth step; The management PC (20-1) or the management server (30) of the APT management station 20 (A40) to pay a fee for the total power consumption to the power supplier (supplier server; 10); configured to include, APT Improve living in complex (A), reduce costs, and make money.

In addition, according to the profit method of apartment management using the digital power meter of the present invention, the management server 30 has a power supply measuring instrument 11 connected to the main power line (K) connecting the power supplier 10 and the APT complex (A) Measure total power consumption; The measured data is transmitted by the management server 30 to the APT management office 20 and the power supplier 10 and share the data. In the second step, the management server 30 uses the digital power meter reader of each household. Collecting the individual power consumption measured by 60) through the DCU 50 installed in each copper; The management server 30 transmits the estimated data for the next power usage (data on the previous year's power consumption and analysis data and usage plan) to the power supplier 10; The power supplier 10 is configured to include a fee for the use of this system and data collection to the management server 30, complete the power supply, reduce the cost: the management server 30 is APT complex (A) analyzing and classifying the total power consumption in the office operation control program 116; Transmitting management non-receipt (B) data containing information held in the management office operation control program 116 of the management server 30 to the APT management office 20; APT management office 20 Filling the management non-receipt (B) Data displayed on the management office operating program 111 through the management PC (20-1) and delivering to the management server 30; The management server 30 includes the step of uploading the received management non-receipt (B) with the analysis data to the management site 80 through the management site control program 117; and configured to facilitate management cost collection and cost reduction Do it.

In addition, according to the revenue method of apartment management using the digital power meter reading of the present invention, the management non-receipt (B) data containing the information held in the station operation control program 116, the management non-receipt (APT management station 20) billed to each customer ( B) As the data in the management program that expresses B), electricity, hot water, water, heating, gas, general management expenses, cleaning expenses, and other expenses shall be displayed. In addition to this, the management fee receipt (B) data, which contains information held in the station operation control program 116, includes advertisements of shops and stores in the vicinity of related apartments using the system. The management site 80 has a login click block 83 which can be accessed on the browser of the website using at least the resident APT lake. The product sales click block 81 which sells a product, the division click block 82 for each APT which uses this system, the APT management cost details click block 85 which can read the management cost details of each customer, and an ad It has an advertisement column 84.

In addition, according to the profitable method of apartment management using the digital power meter of the present invention, if the user clicks the division click block 82 for each APT complex (A) using the system, the web browser is divided into relevant apartment complexes using the system. To express; The web browser should display at least the relevant shops and information near the relevant APT (91), the related shops near the APT and their delivery orders (92), the BAND room between APT residents (93) and the advertisements of the related APT shops (94). : Management site 80, but also available as a separate app program (90) that can be used on smartphones, and allows the SNS communication through the BAND room (93) between residents: power supply measuring instrument ( 11) is provided in the main power line (K) which is a starting point flowing into the APT complex (A), the measurement module 101 for measuring the amount of current flowing using the magnetic field of the conductive wire flowing through the main power line (K), and The A-DC converter 103 converts the analog data read by the measurement module 101 into digital data, and the transmission of the measurement module 101 and the A-DC converter 103 and data, and reception of control signals. CPU 104 and controller to control the communication module 106 Is configured through the RAM 105 and, management server 30, a communication module 106 for receiving a control signal for transmission passing from the obtained data, only APT (A) measures the total amount of power that flows to the inside.

In addition, according to the profit method of the apartment management using the digital power meter of the present invention, the management server 30 is operated through the control program 114 and the CPU 112; A measuring instrument control program 115 existing inside a storage space of a server for controlling the power supply measuring instrument 11 mounted on the main power line K, or hardware means thereof; The server for transmitting and controlling the power consumption fee and related data for each household acquired through a plurality of digital power meter readers 60 to the management PC 20-1 of the APT management office 20 managing the APT complex A. The instrument control program 115 existing inside the storage space of the memory or its hardware means; Server to manage and control the management site 80 by controlling and storing the information of the ad text input from the management PC 20-1 or the management site 80 and the apartment management fee data input from the management PC 20-1 A management site control program 117 existing inside a storage space of the storage space or hardware means thereof; A communication module 113 provided for exchanging data and control signals between the management PC 20-1 and the supplier server (power supplier) 10; And a database 118 for accumulating the received data, accumulating the produced data, and accumulating the controller calculated therein, and perform programmatic or physical means control.

APT residents who consume power in accordance with the present invention can save wasted power of the shared area while reducing power consumption, thereby substantially paying a smaller current usage fee, and in the case of a power provider (KEPCO) There is a big advantage in that it can reduce the cost of managing the system.

In addition, according to the present invention, in the case of the APT management station, a more efficient management station operation program provided by the management server enables the management of the current supply amount and fee management, as well as the transparent management of all apartment management costs such as gas and water, which can be delivered to the residents. There is an advantage.

In addition, according to the present invention, residents in the APT complex has a great advantage in that it is possible to purchase goods through a separate management site operated by a management server and enjoy various services for apartment management.

1 is a block diagram showing a general form of a conventional power meter reading system,

2 is a view showing the configuration of a conventional digital power meter reading system,

3 is a block diagram showing a data movement form of subjects for apartment management of the present invention;

4 is a diagram illustrating a method of acquiring power consumption and related data in an APT complex through a DCU of the present invention;

5 is a block diagram showing the configuration of a digital power meter reader installed in all homes within the APT complex of the present invention;

6 is a diagram illustrating a power supply and consumption and a transfer of fees according to the present invention;

7 is a flowchart sequentially illustrating a profit method of apartment management according to the present invention;

8 is a view showing the step of measuring the power consumption through the power supply meter installed by the power supply of the present invention,

FIG. 9 is a diagram illustrating a process in which a management server of the present invention delivers total power consumption and related data in an APT complex to a power supplier; FIG.

10 is a view showing a process of operating a management site as well as a management fee receipt of the management server of the present invention,

11 is a view showing an embodiment of the APT maintenance fee receipt of the present invention;

12 is a simplified view of the management site of the present invention;

13 is a view briefly showing the type of information expressed per relevant APT in the management site of the present invention,

14 is a detailed configuration diagram showing how the power supply measuring instrument of the present invention operates;

15 is a block diagram listing the respective components provided in the management server of the present invention.

The present invention relates to a profit method of apartment management using digital power meter reading. Therefore, the configuration of the present invention and the method of raising the profit will be described with reference to the drawings in order.

As shown in Figures 3 to 15, the present invention comprises a first step; A power supplier (supplier server) 10 supplying power to each generation in the APT complex A by a power line and measuring total power consumption through a measuring instrument (A10); Second step; The management server 30 transmits the total power consumption in the APT complex A and the estimated data for the next power use to the supplier server (power provider) 10 of the power supplier 10 and receives the settlement fee accordingly ( A20); The third step; The management server 30 transmits the power usage-related data used this month to the management PC 20-1 of the APT management office 20 for the power usage in the APT complex A obtained through the digital power meter reader 11. Step A30; The fourth step; The management PC 20-1 or the management server 30 of the APT management office 20 goes through a step (A40) of paying a fee for the total power consumption to the power supplier (provider server) 10. In the end, through this method, the present invention promotes life in APT complex A, reduces costs, and generates profits.

The present invention effectively manages the power used in the APT complex (A) as well as expands it so that residents can enjoy a more blessed life of APT life, thereby ensuring efficient power management and profitability throughout the Republic of Korea It relates to a profit method for doing so. In order to explain this invention, it is necessary to first recognize the general form of operating and managing the existing APT complex (A).

APT complex (A) has a number of dongs, which enjoy the freedom of management and living space of the common area in accordance with the operation of the APT Office 20. The APT management office 20 is configured to delegate the operation in the APT complex (A) selected by the residents representative selected by the settlement of residents, there is a separate contract company 40, as shown in FIG. That is, if the subcontractor 40 is selected by the resident representative of the APT complex A, the subcontractor 40 dispatches the management personnel who can operate the APT management office 20 to the APT complex A. Form. However, this invention is not an off-line operation but an on-line operation. Thus, the above-mentioned actors deliver information only online and enjoy the benefits.

In the case of the present invention, there is a power provider (supplier server) 10 that supplies power, and this power provider 10 will be KEPCO in the present case. Since the main subject of this invention is the supplier server, the power provider is actually the supplier server. In this specification, both of them are used interchangeably for convenience of explanation, but are substantially the same subject. And the contractor 40 manages the APT complex (A) through the APT management office 20, but only through the management server 30 and transmits the information. The off-line contractor 40 is to be a subject to operate and manage the management server 30 on-line. Of course, the management server 30 is more preferably managed by the subcontractor 40, in the process of installing this system, the system installer may be the operating agent of the management server 30, but complete the installation Then the contractor 40 will operate the management server (30).

The advantage of this invention is that the system installer, i.e., the system installer who wants to have a system that pursues the profit method of apartment management using the digital power meter, must directly use the APT management office 20 or the contractor 40. You must sell this system. Of course, if the subcontractor 40 is the main contractor 40 must install the system of the present invention in the APT complex (A) managed by itself.

In the case of the APT management office 20, since a plurality of coppers in the APT complex A are managed, it is possible to take a contract for the use of electric power under favorable conditions with the power supplier 10. In a typical home, the power supplier 10 measures the mechanical power meter 56 installed in each home, checks the usage amount, and charges and deposits the current usage to each household using the checked power amount. Should receive However, in the case of APT complex (A), such a cumbersome process is not necessary. Only the total amount of current flowing into the APT complex A can be measured and transferred to the APT management office 20 to receive a power usage fee. As in a normal home, there is no need to set aside the meter and there is no need to recharge the bill. The contract for power consumption is because the total amount of current used in the APT complex A is the object, and the subject is actually the APT management station 20. Due to such a relationship, the APT management office 20 can conclude a contract for the use of current in an advantageous manner compared to a general home. Furthermore, in the case of the present invention, the power consumption used in the large APT complex (A) can be accurately measured that month, and the expected power consumption to be used in the future will be used in the APT complex (A) when a special case occurs. Power consumption that can be delivered to the power supplier (10). This is very advantageous information for the power supply 10. The power supply 10 is not always able to effectively respond to the consumption of special power. The maximum yield of power is virtually fixed. On the other hand, the consumption of electricity used in summer or winter is higher, and in case of special events or events, the consumption of electricity is increased. The power consumption is always variable. However, in KEPCO, which can produce fixed electricity, it is difficult to effectively cope with the consumption of electricity generated in special matters such as inducing Olympics. However, even if it is acquired in the summer or winter, the amount of electricity consumed more than the spring or autumn, it can not improve the production of power rapidly, but it manages the generated power to supply to a more efficient place It can only facilitate distribution.

In addition, the attraction of the Olympic Games can be consumed excessively in time and space in a certain space and a certain place. In such a case, it is necessary to have a stockpile or special measures to be distributed efficiently. This very effort to manage all of these powers would be a smart grid strategy, and if all of Korea had provided time, content and quantitative information on the use of these powers to the power supply 10, The problem of operating a thermal power plant can be prevented. This provides a great advantage for the power supply 10. As a result, as in the present invention, a large-scale APT complex A acquires selected information on power, such as its power consumption and estimated consumption, and provides a service to the power supplier 10 that is enormous. Contracts can be made at a significantly lower cost than the fee to power the average consumer for profit. This invention can make full use of these advantages.

This is the invention of a great apartment management method that can make a big profit when judged with some knowledge of this smart grid strategy.

This starts the more detailed description of the invention. As described above, the present invention comprises a first step; The power supplier (provider server) 10 supplies power to each household in the APT complex A by a power line and measures the total power consumption through a measuring instrument (A10). The amount of usage is measured by contract with the management server 30 or the APT management office 20 (if necessary, the power supplier is called a supplier server). During a period of time, the total power consumption is usually measured on a monthly basis. As described above, the system operator of the present invention will be the management server 30, but since the APT management office 20 is operated in the form of contracting. The operator of the management server 30 becomes the actual operator of the APT management office 20. KEPCO discards all miscellaneous tasks and simply measures the total amount of electricity flowing into the APT complex (A), calculates it, and charges a fee. Therefore, when supplying power through the power line to the APT site (A) to enjoy the system of the present invention, the power supplier 10 installs a measuring instrument on the main power line (K) which is the beginning. In addition, the measuring device may measure the total power consumption passed by the power supply 10 through the main power line K, or may be transmitted by the management server 30 to the power supply 10. The most preferred form is the latter form, which is described below with operation in more detail.

Next, the present invention is the second step; The management server 30 transmits the total power consumption in the APT complex A and the estimated data for the next power use to the supplier server (power provider) 10 of the power supplier 10 and receives the settlement fee accordingly ( A20). The management server 30 checks the total power consumption used in the APT complex A of a certain area as the administrator of this system, and delivers it to the power supplier 10. In the case of the present invention, as shown in Figures 6 and 14, a separate power supply measuring instrument (11) is installed in the main power line (K) which is the beginning of the power line flowing into the APT complex (A) into the APT complex (A) The total amount of power introduced may be recognized by the power supplier 10 as well as the management server 30 through a communication means. This invention is easy to obtain the total power consumption by the management server 30 and the power supply 10 because it is installed to use power line communication or general wired and wireless communication and mobile communication.

And the power supplier (supplier server) 10 is a convenience to be able to collectively charge a fee for the total power consumption in the APT complex (A) and from the management server 30 in the APT complex (A) for power usage It is favorable for the use of this invention because of the convenience of receiving selected data such as special plan, previous year's power consumption and other future power consumption in APT complex (A). That is, the management server 30 may pay a lower current usage fee to the power supplier 10 by providing such a convenience to the power provider 10. In the case of a typical household, you may not be paid for the electricity used for several months, but in the case of APT complex (A) using the service, you are a resident in APT complex (A), Since the subject is the management server 30 or APT management office (A), the payment is certain. In addition, in the case of the current consumption used in each household generation, the power supplier (= Korea Electric Power; 10) has always used the separate meter reader to check the meter on the OFF line at the required time. It was a costly and laborious task. However, in the case of the present invention, if the system is maintained, there is no need for the power supply 10 to have a separate meter reader. This is because all operations are performed by the APT management office 20 under the control of the management server 30. The most important advantage is that the management server 30 provides the power provider 10 with the expected data for the next power usage. The management server notifies the power supplier (supplier server) 10 of the special use of power usage in the APT complex in the ON line next month. Notify the electricity supplier 10 of the timing of the waterfall or fountain operation in the complex, or refer to experiences that might consume power that could be generated within the complex and how much power the event consumed in the previous year. In this case, data of consumption consumption for power usage that can be generated at this event is further communicated. This refers to the data delivered to the management server 30 through the communication space or communication to be described later through the APT management office 20 or each generation of their own PC.

This invention is as follows, as shown in Figure 7, the third step; The management server 30 transmits the power usage-related data used this month to the management PC 20-1 of the APT management office 20 for the power usage in the APT complex A obtained through the digital power meter reader 11. Go through step A30.

That is, since the management server 30 has already acquired the information on the current consumption of each consumer at a long distance through the digital power meter reader 60, and transmits it to the APT management office 20. The current consumption used by each household for one month, and the fee distributed evenly through this to the APT management office 20. If you live in APT, you will be charged various apartment management fees, including power usage fees, gas usage fees and elevator fees. These are all calculated by the APT office and delivered to each resident household, which applies equally to the invention. However, the APT management office 20 of the present invention does not need to calculate the electric bill by applying a calculation method that can calculate and convince the electric bill, especially through its manpower. It is to calculate the power consumption and the fees of all the customers in the complex by using the operating program or the management program (management operation control program to be described later) in the management server 30. In the case of the APT management office 20 mentioned above, as shown in FIG. 3, the subject on the ON line becomes the management PC 20-1. APT management office 20 is to be a management PC (20-1). In the present invention, the APT administrative office, which is the same subject, is differentially assigned the reference numeral "20" to the management PC. It is noted that this is not given a separate sign because the entities are different from each other, in some cases referred to as APT management office 20, and in some cases management PC 20-1 for convenience of explanation.

Although already described to some extent, thereafter, the fourth step; The management PC 20-1 or the management server 30 of the APT management office 20 goes through a step (A40) of paying a fee for the total power consumption to the power supplier (provider server) 10. Apart from receiving a fee for the separate power usage in each household, the APT management office 20 or the management server 30 pays the power provider 10 a fee for the total power consumption generated during a certain period. do. On the 0ff line, the subcontractor 40 generally operates the APT management office 20, so when the present invention is applied, it is highly likely that the management server 30 also operates the APT management office 20 together. Actually, the subject paying the fee will be the same subject because it is the APT management office 20 or the management server 30.

The following describes a more detailed configuration of the present invention and the behavior of its service.

First, the above-described steps will be described in more detail by step. That is, the step of A10 which is the first step will be described in more detail. First, the management server 30 described above measures the total power consumption through the power supply meter 11 connected to the main power line K connecting the power supplier 10 and the APT complex A, and the measured data is The management server 30 delivers to the APT management office 20 and the power supplier 10 and shares the data to generate revenue.

As shown in FIGS. 3 to 6, 14 and 15, the present invention measures the amount of current flowing into each generation through the digital power detector 60 with the CT sensor 51. Similarly or similarly, in the APT complex A using the system of the present invention, the power supply measuring instrument 11 is attached to the starting point of the power line flowing into the APT complex A, the main power line K. This measuring instrument is a device that measures the amount of current flowing in a conductive line by using magnetic force lines flowing around the conductive line when electric power flows through the power line.

A more detailed configuration of this power supply measuring instrument 11 is shown in FIG. 14, which is provided on the main power line K. As shown in FIG. The mode of operation is such that all currents flowing into the contracted APT complex A are made through the main power line K, as shown in the drawing, and a mechanical measurement module ( 102 may be installed. The mounting of this mechanical measurement module 102 is for the power supplier (provider server) 10. It is also possible to measure the total power consumption in APT complex (A) contracted with this system by your meter reader. However, in the case of the invention, it is a profit method only for the flow of information or data on the Internet. Therefore, the mechanical measurement module 102 installed in the main power line K is not an important component. The separate measurement module 101 connected in series with the mechanical measurement module 102 is substantially the total power consumption measurement module 101 of the present invention. Since the mechanical measurement module 102 shown is not an essential component, it may be omitted in utilizing the present invention. Therefore, in FIG. 14, the mechanical measuring module 102 is accommodated inside the power supply measuring instrument 11, and is illustrated by a dotted line. In practice, however, the mechanical measuring module 102 is in a state of being installed in the existing state, and the power supply measuring instrument 11 is mounted in order to use the system, and thus is separated from each other. Only the drawings are shown in a built-in state for convenience of description.

The measurement module 101 is characterized in that the operation method is the same as or similar to the CT sensor 51 of the digital power meter reader 60. It is a measuring instrument that measures the amount of current in a conductor through the strength of the magnetic field or magnetic force lines flowing around the conductor. The data measured in this way is analog data. This data must be modulated with a digital signal. To this end, in the present invention, the A-DC converter 103 is embedded inside the power supply measuring instrument 11. Data in digital form becomes necessary information in the management server 30, which is acquired by the management server 30 through the communication module 106 of the power supply measuring instrument 11 that is separately embedded.

That is, the power supply measuring instrument 11 installed at one side of the main power line K is controlled through a separate CPU 104 and a control program 105. The control program 105 which receives the control signal transmitted from the management server 30 operates the components of the power supply measuring instrument 11 in accordance with the control signal transmitted under the control and control of the CPU 104. The main operation of the power supply measuring instrument 11 of the present invention is to measure the total power consumption flowing through the main power line K. This total power consumption is the amount of current flowed by the power supplier (provider server) 10 into the APT complex A for a month. The main contract is that the power supplier (provider server) 10 supplies current inside the complex and receives a power usage fee for this power service. Eventually, for this service, the management server 30 measures the amount of power used through the main power line K, that is, the total amount of power used by a plurality of households for a month in the APT complex A, and then uses the power provider (provider). Notifying the server 10 is one of the main tasks.

Looking at the operation of each component that performs this task is as follows. First, the management server 30 attempts to measure the total power consumption used inside the APT complex A for one month based on the usage capacity for the time contracted with the power supplier (supplier server) 10 for one month. The control command is transmitted to the inside of the management server 30 through the instrument control program 115 or a separate hardware means capable of performing the same. This is transmitted to the communication module 106 of the power supply measuring instrument 11 using a separate communication module 113 embedded under the control of the CPU 112 of the management server 30. The transmitted control signal is converted into a signal through the internal A-DC converter 103 to form a separate control signal through the CPU 104 to acquire the total power consumption through the measurement module 101. The obtained information is again controlled by the CPU 104 and the control program 105, and is signal-converted through the A-DC converter 103 and transferred to the management server 30 under the control of the CPU 104. . At this time, of course, it is transmitted to the communication module 113 of the management server 30 through the communication module 106 inside the power supply measuring instrument 11, and follows the control of the CPU 112 of the management server 30. The data on the total power consumption acquired is transmitted to the management PC 20-1 of the APT management office 20 and to the supplier server 10 of the most important power supplier (provider server) 10 as mentioned. The most important information in the supplier server 10 is the total power consumption. This is because the total power usage is a compensation for the service provided by the power provider 10. As such, the present invention can solve the problem that the power supplier 10 has been reading the power consumption by using a separate meter for each generation through the power supply measuring instrument (11). If the current continues to be embedded in the conductive wires in a state where the conductive wires are arranged in a long line, an electrical leakage phenomenon may occur in one side of the conductive wires.

The existing power supplier 10 does not receive any compensation for a large amount of power wasted in the line, and treated it as their own damage. Such a problem is that even if a state of leakage has already been detected, a process of identifying a location of leakage is difficult, and a separate cost is generated for this purpose, and a separate cost is generated to solve this problem. Some of the short circuits were efficient power management, which was more cost-effective.

In contrast, the present invention uses the system, the generation of power consumption by the inside of the APT complex (A), where a large number of generations are concentrated, is not important to the power supplier 10. The total amount of power flowing through the main power line (K) is important. Of course, if the current inherent inside the power line is leaked, this may be burdened by the generation of the APT complex (A). This can be perceived as a disadvantage for generations. However, if the system of the present invention is used, the amount of power used by each home used by the user can be detected through the digital power meter 60 in real time. As well as the management PC 20-1 of the APT management office 20, the management server 30 is capable of such measurement and detection in real time. The real-time data of the detection can be read as well as to predict where the short circuit occurs in the power line in the complex. It's quick to troubleshoot as well as prepare for a short circuit. Eventually, the mass production of special damages can be resolved. This point can be achieved through the power supply measuring instrument 11 of the main power line K used in the present invention.

Explain again. The power supply measuring instrument 11 of the present invention has a large capacity. The power consumption is measured in the same or similar manner as the digital power meter reader 60 installed in each generation of small capacity, so that the measured data can be transmitted through a separate communication module 105, but the data can be received whenever intermittent. Data is accumulated in such a way that it can. The power supply measuring instrument 11 has a large-capacity measurement module 101 (an embodiment of the CT module) inside, and has a separate A-DC converter 103 and a communication module 106. Of course, the control program 105 and CPU 104 to manage them are built in. In particular, a database (not shown) may be provided to store data.

These are measured in real time whenever the current flows through the power line is presented in the form that can be obtained by the management server 30 and the power supply 10 at all times. Of course, even in the case of the APT management station 20, the total amount of current data introduced can be obtained at any time. In practice, it is desirable to make this data shareable.

APT management station 20 is convenient to analyze the amount of power used in real time, the management server 30 is wasted by judging the difference between the amount of current introduced and the power used in the APT complex (A) It is preferable because the current can be measured and calculated. In the case of the power supply 10, the above data are useful because it is possible to plan the overall supply and output of the current.

Next, in carrying out the invention, the second step (= A20 step) will be described in more detail. The second step according to the present invention, the management server 30, the step of collecting the individual power consumption measured by the digital power meter 60 of each home through the DCU (50) installed in each copper; The management server 30 delivers the total power consumption and the estimated data for the next power usage (data on the previous year's power consumption and analysis data and usage plan) to the power supplier 10; The power supplier 10 is configured to include the payment of the fee for using the system and data collection to the management server 30, complete the power supply, and reduce the cost.

That is, as shown in Figure 4, the present invention is the power supply 10 and the management server 30 is connected to the communication line. This communication method can be installed in a variety of ways, this is a patent application of the patent applicant 10-2013-0118813 "Digital power meter system for remote meter and the method of using the same", but the power line communication was used, The present invention is not limited to this. Since mobile communication and other wired and wireless communication are already known, various types of communication methods may be used. Since this invention is a profit method to profit using such a system, each step of profit is important.

A more detailed description and configuration of the system is shown in detail in FIGS. 4 and 5, 6, 14 and 15 shown. The management server 30 is connected to each generation in the APT complex A, and stores data transmitted through the illustrated DCU 50. The present invention is to collect the power consumption data in the APT complex (A), so the DCU (50) is preferably installed in each building to receive power consumption data.

In more detail, this invention is explained in detail, and the mechanical meter reader 56 is already installed in each household, ie, one household. In order to utilize the present invention, a separate digital power meter reader 60 is connected to the mechanical power meter reader 56 to substantially measure the amount of current flowing into a household through a power line in the same manner as the mechanical power meter reader 56. Do it. The CT sensor 51 accurately measures this, and the measured analog form data is converted into the digital form through the A-DC converter 52. The converted data is transmitted to the communication module 55 through the internal control program 54 under the control of the CPU 53, and the communication module 55 transmits it to the DCU 50. Here, the communication module 55 may use power line communication, or may use internet communication as a WiFi module. Data is transferred to the DCU 50 through various communication methods, and the data can be acquired by the management server 30 again. The present invention utilizes this system. The following describes the second step of the invention with reference to this system.

The management server 30 first collects power consumption data measured by the digital power meter 60 installed in each home and shared area in the APT complex A through the DCU 50. The present invention uniquely sets a certain physical area of the APT in the DCU 50 installed and used in the APT complex (A). Of course, this is not a fixed installation method, but it is most convenient for installation. The power usage data of each generation collected by the DCU 50 installed in each building may be delivered in real time to the management server 30. The power consumption for each household delivered by the management server 30 is selectively collected by the management server 30. The power consumption used in the meantime and the power consumption generated during the special period are transmitted in the form of power usage data required by the power supplier (supplier server) 10. Data on power usage, which may occur next month, is also important and may be relevant data that can prove that this data is likely to occur. It may also be power data associated with power consumption data for the same month of the previous year.

Importantly, in the present invention, the management server 30 transmits ① total power consumption and ② estimated data (previous year power consumption and analysis data and usage plan data) for the next power usage to the supplier server 10. Is to pass. Here, ① total power consumption refers to the power consumption of all households used inside the APT complex A of the month that the management server 30 has read and acquired through the power supply measuring instrument 11, as described above. Expected data for, refers to the beneficial information that the management server 30 converted to available data through a variety of information. ① Total power consumption is important data that the management server 30 can use to pay the power usage fee inside the APT complex (A). ② Estimated data for the next power usage (previous power consumption and analysis data. And data on usage plans) refer to estimates of power consumption that may occur over the next month or longer, as viewed from a point in time prior to using the power. The following data for power usage estimates refer to data on power consumption, analysis data, and usage plans for the previous year. In other words, the previous year's power consumption and analysis data refer to the previous year's or the previous year's power consumption and other data calculated therefrom. These are also an example of the expected data for the next power use, because the motivation and clues to predict the future through the past can be obtained in this invention is called the expected data for the next power use. The data on the following usage plan is described above, but if there are any events in the APT complex (A), an event that needs to supply a lot of power is generated, and if it is planned, the management server 30 acquires the power supply. To the provider server; In the APT complex (A), forwarding the data to be used in the future to the power supplier 10, such information can be gathered nationwide and used as very useful information. The smart grid strategy is to gather this local power usage forecast information and develop the most efficient power generation plan, so this small effort can bring great fruit.

After all, the power supplier (provider server) 10 pays a fee in return for obtaining such data. Revenue of the power provider 10 generated by the management server 30 has already been described, but no cumbersome work through a separate meter reader, and because the information obtained to plan the operation of the power plant to pay the fee accordingly It is.

Next, the third step (= A30 step) of the present invention is divided into more detailed steps, and will be described in more detail.

In the third step, the management server 30 analyzes and classifies the total power consumption in the APT complex A by the management office operation control program 116; Transmitting management non-receipt (B) data containing information held in the management office operation control program 116 of the management server 30 to the APT management office 20; APT management office 20 Filling the management non-receipt (B) Data displayed on the management office operating program 111 through the management PC (20-1) and delivering to the management server 30; The management server 30 includes the step of uploading the received management non-receipt (B) with the analysis data to the management site 80 through the management site control program 117; and configured to facilitate management cost collection and cost reduction Do it.

In practical terms, this creates the main profitability of the invention.

The management server 30 analyzes and classifies the total power consumption in the APT complex A. Here, the analysis is to separately collect the power consumption for each generation delivered from each digital power meter reader 60 and compare it with the total usage. do. As will be described later, a control program 114 exists inside the management server 30, which is achieved through the management office operation control program 116. It compares the power consumption flowing into the total oil area by generation as well as the power consumption used in the shared area, and checks whether there is a discharged current for no reason. In this way, the total power consumption in the APT complex A is matched with the usage for each generation, and the form and contents of the correct usage are dataized.

Subsequently, the management non-receipt (B) data containing information held in the management office operation control program 116 of the management server 30 is passed to the APT management office 20, wherein the management server 30 has one APT. Only (A) can be managed, but there are many possibilities. When managing a plurality of APT complex (A) also has a separate management station operation control program 116 inside the management server 30 to accurately classify the power consumption of each complex, this administrative operation control program ( 116 is linked with the management station operating program expressed by the management PC (20-1) of each APT management office (20). In the case of the present invention, the management server 30 automatically calculates the power consumption for each household and its fee through the management operation program 116 of the management office, and manages the management PC of the APT management office 20 of the APT complex A. (20-1). In addition, when passing this way, the data of the management program that can output the apartment management fee receipt to calculate all the apartment management fee can be transferred.

As shown in FIG. 11, the apartment management fee has more billing details such as electricity, hot water, water, heating, gas, general management fee, cleaning fee, elevator maintenance fee, and shared area power usage fee. They are all calculated by the APT office 20, billed to each tenant, and used for operating expenses. By the way, this complex thing is actually managed by the management server 30 if you utilize this invention.

The management server 30 transmits the data containing the management non-receipt (B) to the APT management office 20. In order to carry out the present invention, the management server 30 already has a management station operating program that can be linked to the management office operation control program 116 of the management server 30 in the management PC 20-1 of the APT management office 20. As it is delivered, the management receipt (B), which can be viewed as a station operation program, is delivered one by one for each household. The management receipt (B) is already delivered with the power consumption of the household and its fee.

Subsequently, the management PC 20-1 of the APT management office 20 goes through the steps of filling the management non-receipt B on the management office operating program and delivering it to the management server 30. As described above, the APT management office 20 fills the management fee other than the automatically used power consumption and its fee. If the management server 30 also uses the "revenue method through the gas meter management using temperature and pressure correction method" filed by the same applicant as the invention, the gas cost will be filled and delivered, but other hot water, water, heating costs General administration costs, etc. are filled by the APT office 20. When all apartment management expenses to be billed for each household are prepared, this data is transmitted to the management server 30 in the form of data. The APT management office 20, the management office operating program and the management office operating control program 116 of the management server 30 is compatible with each other because it is interoperable.

The management server 30 is uploaded to the management site 80 through the management site control program 116 in the form of a receipt of the apartment management fee-related data including all power consumption in the APT complex (A) received. Of course, regardless of the on-line work, the APT office 20 in the APT complex (A) may output the management non-receipt (B) for each household and transmit it off-line.

The present invention is characterized by making it easy to charge a fee for the power meter while automatically performing the power meter reading, and effectively manage all apartment management costs. The invention also takes advantage of this and manages a separate site so that all residents within this site can view and print the administrative receipt. The management site 80 can transmit a variety of information to the residents of the APT complex (A) and the APT management office 20, it can provide a variety of communication, such as BAND activities between residents of the apartment sales of goods to be described later.

After all, this invention provides the convenience of living to automatically read the electricity bill that must be paid in living the apartment, and also provides an additional service that makes it easy to manage the apartment management costs. In addition, this service will be expanded further to make the apartment life more convenient.

This will now be described in detail with reference to the drawings in which more detailed embodiments of the invention are shown.

As shown in FIG. 11, the non-management receipt (B) data containing information held in the management operation program 116 of the station, the station management program to display the non-receipt (B) that the APT management office 20 charges to each customer. In the data, electricity, hot water, water, heating, gas, general management fee, cleaning fee, and other expenses shall be displayed, but in the case of electricity column, at least the previous month's usage and cost, current month's usage and cost, last year's usage and cost, and other systems will be charged. It is desirable to include costs (cuts). Management receipts (B) may contain a substantial amount of information. This is because the management receipt 80 displayed on the management site 80 is not important as compared to the management receipt receipt B which is delivered in the form of a paper, and various information can be accumulated and transmitted to each generation.

However, this invention is an apartment management or profit method using digital power meter, the content related to power meter will be the most important. Therefore, in the case of the electric field included in the management receipt (80), at least the previous month usage and cost, current month usage and cost, the previous year usage and cost, and other costs (reduction details) to be billed when using the system. Although there are service providers that already provide monthly usage and costs, current usage and costs, and previous year usage and costs, the costs to be charged for other systems (savings) are only available to APT complex (A) using the revenue method of the invention. Can be. In the case of the present invention, since the power supplier 10 has a system capable of receiving power at a very low cost, it is possible to charge a different power supply fee from those using other systems. It is more desirable to inform residents of such details, so it is advisable to list the expenses (savings) to be charged for the use of other systems in the management receipt.

Furthermore, the non-management receipt (B) of the present invention naturally indicates electricity, hot water, water, heating, gas, general management fee, cleaning fee, and other expenses.

In addition, the management non-receipt (B) of the present invention may display data in a chart or graph in the power consumption, may display the amount of power used in the shared area, and may display the amount of power emitted.

Furthermore, it is preferable that advertisements of shops and stores near related apartments using the system are included in the management non-receipt (B) data containing the information held in the management office operation control program 116 of the present invention. In the present invention, the reason for expressing the management non-receipt (B) containing the information held in the management operation program 116 in the office is the management non-receipt (B) displayed in the management site 80 or the receipt printed on the off-line, or all the management station. This is because the information contained in the operation control program 116 or the management station operation program is contained. The management non-receipt (B) of the present invention is data collected through the management office operation control program 116 because it is information displayed on a web browser in the management site 80. This management non-receipt (80) is interposed with information in the store near the relevant apartment.

Advertising is also included to enable residents to more effectively communicate information from nearby stores, while also allowing residents to enjoy this information conveniently. This content can be more effectively used through the management site 80, the management site 80, which is managed by the apartment management site 80, the management server 30 will be described in more detail for this management site (80).

The management site 80 according to the present invention has a login click block 83 which can be accessed using at least the tenant's APT number on the browser of the website, and the product sale click block 81 for selling the product. In addition, there is a division click block 82 for each APT that uses the system, an APT management cost details click block 85 for viewing management cost details of each customer, and an advertisement column 84 that interposes an advertisement.

The management site 80 proposed in the present invention includes at least the information shown in FIG. First, the login click block 83 on the website browser. You can check the product information or the seller of the goods in various ways without logging in, but the reason for logging in is to provide special benefits to the residents of APT complex (A) enjoying the profit method of the invention. The management server 30 is also available to enjoy more benefits by issuing a separate card to enjoy the service proposed by the operator. When a card is issued through a contract between the management server 30 operator and a card company, various and many profits are distributed according to the purchase of goods while allowing the points to be used to save the apartment management cost cheaply using the card. And be enjoyed.

To do this, an account using APT number should be set up in the site, and a separate password must be registered. And if you want to purchase a product to be able to display a variety of products proposed by the management site (80). As shown in FIG. 12, the management site 80 of the present invention has a login click block 83 and a merchandise sale click block 81 for selling a product to enter the web page through a click of a mouse. To help. Also of particular importance is the distinctive click block 82 for each APT.

There are many APT complexes (A) using this invention. It is more preferable not to manage only one APT complex A. Therefore, the management site 80 should have a separate click block 82 for each APT. The divided click block 82 allows residents to enter a web browser in the apartment complex, and has a separate self-page so that the user can view his apartment management receipt (B).

That is, it is preferable to also provide a separate APT management cost details click block 85 that can view the management cost details of each customer. In addition, it is natural that the advertisement column 84 which interposes an advertisement is provided separately.

In addition, the more detailed form proposed by the present invention is to click on the division click block 82 for each APT complex (A) using the gun system, and to display the web browser by dividing by the relevant apartment complexes using the system. The web browser displays at least the relevant APT shops and information (91), the related APT shops and delivery orders (92), APT residents' BAND room (93) and advertisements of related APT shops (94). It is desirable to.

The APT complex (A) has many shops and stores around it. Display advertisements and merchandise from the most physically closest store. Shops that provide services can also advertise their products and make a contract. Interior contractors can also have a closer relationship with their residents by signing a contract on the site. In addition, it is possible to request the delivery of orders and to have a separate advertising column 84 to see the effect of the advertisement. In particular, the main point of the present invention is that the BAND can be formed in the APT complex (A), so communication between separate residents can be actively conducted. Announcements are also easy to deliver, and friendly residents may also have a separate room for conversation.

Eventually, the management site 80, but also to be used as a separate app program 90 that can be used on a smartphone, so that the SNS communication through the BAND room 93 between residents. Nowadays, various means of communication using smartphones can be easily performed among tenants. Intimacy for friendship is to maintain through the app program (90) operated by the management server (30).

In the present invention, in using the profit method of the apartment management, the main system configuration includes a management server 30, a power supply measuring instrument 11, and a digital power meter reader 60. The main systemic specifications are those shown in FIGS. 3 to 6, 14 and 15. In the above description, the power supply measuring instrument 11 and the digital power meter reader 60 have already been described, but the management server 30 is in the state of deferring the operation thereof. Therefore, the present invention describes the systemic operation of the power supply measuring instrument 11, the management server 30 and the digital power supply measuring instrument 60, which are the main systemic components of the present invention.

First, the power supply measuring instrument 11 fixed to the main main power line K of the present invention will be described. As shown in FIG. 14, the instrument is installed on a main power line K, which is a starting point flowing into the APT complex A, and measures a current amount flowing by using a magnetic field of a conductive wire flowing through the main power line K. 101, an A-DC converter 103 for converting the analog data read by the measurement module 101 into digital data, the transmission and control of the measurement module 101 and the A-DC converter 103, and data. CPU 104 and the control program 105 for controlling the communication module 106 for processing the reception of the signal, and a communication module 106 for receiving the control signal transmitted from the management server 30 and transferring the received data. It is configured through, and measures the total amount of power flowing into the APT complex (A).

As already explained to some extent, it is a device for measuring the total power consumption introduced into the APT complex. This is controlled by the management server 30, the necessary information is delivered to the supplier server 10 under the control of the management server (30).

This operation is performed in conjunction with the illustrated management server 30, in the case of the management server 30, as shown in Figure 15, the management server 30, the control program 114 and the CPU 112 Works through; APT management station which manages the APT complex A, having the instrument control program 115 existing inside the storage space of the server or its hardware means for controlling the power supply measuring instrument 11 mounted on the main power line K. Management office operation control existing inside the storage space of the server for transmitting and controlling the power consumption fee and related data for each household acquired through the plurality of digital power meter readers 60 to the management PC 20-1 of (20). It has a control program 116 or a hardware means thereof, and controls and stores the information of the advertisement text input from the management PC (20-1) or the management site 80 and the apartment management fee data input from the management PC (20-1) In order to manage and control the management site 80, the management site control program 117 existing inside the storage space of the server or the hardware means thereof is provided. In addition, the communication module 113 provided for the data exchange and control signals exchange between the management PC 20-1 and the supplier server (power supplier) 10, and the accumulation and operation of the data received and the data produced And a database 118 for accumulating controllers.

Substantially, it is the management server 30 that controls and uses the profit method of the present invention. The management server 30 creates a system, generates a profit and passes it to the majority. This management server 30 first has a control program 114 inside, as shown in FIG. In this case, the profit method of the present invention is a method in which the power provider 10 expands and utilizes an existing service for supplying power so that all the subjects who enjoy the system can obtain a profit. Therefore, the management server 30 firstly, the power supply measuring instrument 11 is installed at the first end of the main power line K, and serves to control the power supply measuring instrument 11. For this purpose, the management server 30 may have the instrument control program 115 inside the server or have a separate hardware means as shown in FIG. 15.

Also, secondly, the management server 30 of the present invention has a wide range of roles, and there is no certain limitation on the physical area. Profit method is provided for APT complex (A) in the whole area. Eventually, APT complexes A having a certain distance in space, may have the advantage of utilizing the present invention, and all of them have an APT management station 20 corresponding to a separate point. That is, the management server 30 of the present invention manages and controls a plurality of APT complexes A by having a management station operation control program 116 as the control program 114 as shown in FIG. 15, each APT complex. (A) communicates with the management PC (20-1) of the APT management office 20 operating on the OFF-line to maintain the work previously managed only on the OFF-line on the ON line. Of course, the configuration that enables the management on the OFF line to be realized on the ON line is the above-described power supply measuring instrument 11, which is the management office operation control program 116 of the present invention and the hardware means of the power supply measuring instrument 11. Data on power consumption are obtained from the data, the data is converted, and all the controls for improvement are taken.

For example, the APT management office 20 was operating the consumption and management for the convenience of residents by collecting the administrative fee on the conventional OFF-line for its operation. In the present invention, all these operations are performed in conjunction with the station operation program 111 provided to the APT station 20 through the station operation control program 116 of the management server 30. Of course, the management server 30 of the present invention, as shown in Figure 15, may have a management station operating control program 116 inside the server or may have a separate hardware means.

Thirdly, the management server 30 manages a separate management site (80). In managing and operating a number of APT complexes (A), by operating a separate management site (80) to help the band activities for each household as well as advertising revenue. This is very important for the convenience of living. All these actions are achieved through the management site 80, through the app program that works with the management site (80). As a result, the management server 30 of the present invention may have a management site control program 117 inside the management server 30 as shown in FIG. 15 or may have a separate hardware means.

Then, this action is described in more detail. First, since the relationship with the power supply measuring instrument 11 has already been described, the relationship with the second management station operation program will be described. Management station operation control program 116 of the management server 30 is made through the control management of the CPU 112, the communication module when the APT management station 20 transmits data through the management PC (20-1) Receive through 113. For example, the management PC 20-1 delivers forecast information of power usage that can be used next month, event information in the complex, and data that can cause seasonal seasonal power usage fluctuations. This can be converted into ordered data through the operation of the station operation control program 116 of the management server 30. This data is passed to the power supplier (supplier server) 10 to be used as a plan for power generation.

In addition, the management server 30 accurately acquires the power consumption of each generation through the digital power meter reader 60 for each generation installed in each APT complex A through the internal management office operation control program 116. The power consumption is used to calculate the power usage fee for each generation, and calculation and storage of information are performed. Programmatic, that is, the operation on the management station operation control program 116 or a separate hardware means are calculated and stored in the database 118 existing inside the management server 30. Of course, this data is transferred to the management PC 20-1 of the APT management office 20, and interlocks with the management office operating program of the management PC 20-1. That is, power consumption data is transmitted to each APT management office 20. The APT management office 20 calculates various management costs based on the transferred power consumption data and transfers the management fee receipt B to the management PC 20-1. Here, the method of calculating various management costs can be calculated according to an algorithm already designed on the management office operating program 111. That is, as in the present invention, as the power consumption data can be automatically calculated, it is possible to follow the algorithm already installed on the management station operating program 111 such as the gas usage fee or elevator fee obtained through the gas meter reading. Of course, the staff of the APT office 20 may be filled.

The management non-receipt received in this way is transmitted to the station operation control program 116, and this data is transferred to another management site control program 114 in the control program 114, and serves to control the management site 80. do. Along with this, the present invention delivers various advertisements and information delivery items and various notices for each complex to the management server 30 delivered from the management PC 20-1 of each APT management office 20. The delivery of the contents of the neighborhood meeting, the inquiry of the tenant voting, the notification of the result, etc. are all transmitted from the APT management office 20 to the management server 30 in the form of data. Controlled data received through the station operation control program 116 is displayed on the management site 80 in conjunction with the management site control program (117). These may have a separate hardware means that can be achieved through the control program 114, that is, the management site control program 117 as described above, or to perform the same role. Precisely, hardware means can be supplemented to achieve the same purpose.

Claims

First step; A power supplier (supplier server) 10 supplying power to each generation in the APT complex A by a power line and measuring total power consumption through a measuring instrument (A10);

Second step; The management server 30 transmits the total power consumption in the APT complex A and the estimated data for the next power use to the supplier server (power provider) 10 of the power supplier 10 and receives the settlement fee accordingly ( A20);

The third step; The management server 30 transmits the power usage-related data used this month to the management PC 20-1 of the APT management office 20 for the power usage in the APT complex A obtained through the digital power meter reader 11. Step A30;

The fourth step; The management PC (20-1) or the management server (30) of the APT management station 20 (A40) to pay a fee for the total power consumption to the power supplier (supplier server; 10); configured to include, APT Profit method of apartment management using digital power meter, characterized in that it improves living in complex (A), reduces costs, and generates profits.
The method of claim 1,

In the first step, the management server 30 measures the total power consumption through the power supply measuring instrument 11 connected to the main power line K connecting the power supplier 10 and the APT complex A;

The measured data is delivered to the management server 30, the APT management office 20 and the power supplier 10 and share the data of the profit management method of apartment management using digital power meter.
The method of claim 1,

In the second step, the management server 30 collects the individual power consumption measured by the digital power meter reader 60 of each home through the DCU 50 installed in each building;

The management server 30 transmits the estimated data for the next power usage (data on the previous year's power consumption and analysis data and usage plan) to the power supplier 10;

The power supply 10 is configured to include the payment of the fee for using the system and data collection to the management server 30, using a digital power meter, characterized in that the power supply is completed, reducing the cost Revenue method of apartment management.
In the third step,

The management server 30 analyzes and classifies the total power consumption in the APT complex A with the management office operation control program 116;

Transmitting management non-receipt (B) data containing information held in the management office operation control program 116 of the management server 30 to the APT management office 20;

APT management office 20 Filling the management non-receipt (B) Data displayed on the management office operating program 111 through the management PC (20-1) and delivering to the management server 30;

The management server 30 includes the step of uploading the received management non-receipt (B) with the analysis data to the management site 80 through the management site control program 117; and configured to facilitate management cost collection and cost reduction Revenue method of apartment management using digital power meter, characterized in that it is possible.
The method of claim 4, wherein

Non-management receipt (B) data containing information held in the station operation control program 116,

As the data in the management program expressing the management fee receipt (B) billed to each customer by the APT management office 20, electricity, hot water, water, heating, gas, general management fee, cleaning fee, and other expenses are to be displayed. The method of profit of apartment management using a digital power meter, characterized in that it includes at least the previous month usage and cost, current month usage and cost, last year usage and cost, and costs to be charged when using other systems (savings).
The method according to claim 5,

Non-receipt (B) data containing information held in the station operation control program 116, the advertising method of apartment management using a digital power meter, characterized in that the advertisement of the mall or store near the relevant apartment using this system.
The method of claim 4, wherein

The management site 80 has a login click block 83 that can be accessed on the browser of the website using at least the resident APT lake, and the product sales click block 81 for selling the product. Using a digital power meter reading, characterized in that it has a separate click block 82 for each APT to use, an APT management fee details click block 85 for viewing the management cost details of each customer, and an advertisement column 84 through an advertisement. Revenue method of apartment management.
The method of claim 7, wherein

Clicking the division click block 82 for each APT complex A using the gun system causes the web browser to be displayed by dividing the relevant apartment complexes using the system; The web browser should display at least stores and information related to the relevant APT (91), related stores near the APT and their delivery orders (92), BAND rooms (93) among APT residents and advertisements (94) of the relevant APT nearby stores. Revenue method of apartment management using a digital power meter, characterized in that.
The method of claim 7, wherein

The management site 80, but also available as a separate app program 90 that can be used on a smartphone, digital power, characterized in that the SNS communication through the BAND room 93 between residents Revenue method of apartment management using meter reading.
The method of claim 2,

The power supply measuring instrument 11 is installed at the main power line K, which is a starting point flowing into the APT complex A, and measures the amount of current flowing using the magnetic field of the conductive wire flowing through the main power line K. ), The A-DC converter 103 for converting the analog data read by the measurement module 101 into digital data, the measurement module 101 and the A-DC converter 103 and data transmission and control signals. Through the CPU 104 and the control program 105 for controlling the communication module 106 for processing reception of the communication module 106 and the communication module 106 for receiving the control signal transmitted from the management server 30 and transferring the received data. It is configured, the profit method of apartment management using a digital power meter, characterized in that for measuring the total amount of power flowing into the APT complex (A).
The method of claim 1,

The management server 30 is operated through the control program 114 and the CPU 112;

A measuring instrument control program 115 existing inside a storage space of a server for controlling the power supply measuring instrument 11 mounted on the main power line K, or hardware means thereof;

The server for transmitting and controlling the power consumption fee and related data for each household acquired through a plurality of digital power meter readers 60 to the management PC 20-1 of the APT management office 20 managing the APT complex A. Management station operation control program 116 or hardware means thereof existing inside a storage space of the control unit;

Server to manage and control the management site 80 by controlling and storing the information of the ad text input from the management PC 20-1 or the management site 80 and the apartment management fee data input from the management PC 20-1 A management site control program 117 existing inside a storage space of the storage space or hardware means thereof;

A communication module 113 provided for exchanging data and control signals between the management PC 20-1 and the supplier server (power supplier) 10; And,

A digital power meter comprising a database 118 for accumulating the received data, accumulating the produced data, and accumulating the calculated controller, and performing programmatic or physical means control. Profit method of apartment management using.