CA2921075C - System, method and apparatus for transmitting electrical quantity data based on beidou satellite communication - Google Patents
System, method and apparatus for transmitting electrical quantity data based on beidou satellite communication Download PDFInfo
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- CA2921075C CA2921075C CA2921075A CA2921075A CA2921075C CA 2921075 C CA2921075 C CA 2921075C CA 2921075 A CA2921075 A CA 2921075A CA 2921075 A CA2921075 A CA 2921075A CA 2921075 C CA2921075 C CA 2921075C
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
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- H04W4/00—Services specially adapted for wireless communication networks; Facilities therefor
- H04W4/12—Messaging; Mailboxes; Announcements
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Abstract
The disclosure discloses a system, a method and an apparatus for transmitting electrical quantity data based on Beidou satellite communication. In the apparatus, an Ethernet interface is configured to acquire a power information data message or a power information data reporting command message, a message conversion processor is connected with the Ethernet interface and is configured to convert the power information data message into one or more first Beidou short messages or convert one or more second Beidou short messages into the power information data reporting command message, and a serial interface is connected with the message conversion processor and is configured to send one or more first Beidou short messages to a Beidou satellite communication apparatus or receive one or more second Beidou short messages from the Beidou satellite communication apparatus.
According to the technical solution provided by the disclosure, residential power information data can be reported to a central master station system automatically by a field meter reading concentrator, so that lots of manpower, material and financial resources are saved.
According to the technical solution provided by the disclosure, residential power information data can be reported to a central master station system automatically by a field meter reading concentrator, so that lots of manpower, material and financial resources are saved.
Description
SYSTEM, METHOD AND APPARATUS FOR TRANSMITTING ELECTRICAL
Technical Field The disclosure relates to the field of communications, in particular to a system, a method and an apparatus for transmitting electrical quantity data based on Beidou satellite communication.
Background At present, the transmission of electrical quantity data between a power supply area and a data acquisition channel of a master station system is usually implemented by a General Packet Radio Service (GPRS)/Code Division Multiple Access (CDMA) wireless channel provided by a public network operator, such as China Mobile, in the related arts. However, the communication ways are inapplicable in many farming and pastoral areas which are sparsely populated and have not been is completely covered by mobile signals yet. Thus, how to find an effective communication way between a master station of the system and a power meter reading concentrator which is located in the power supply areas where no public network signal, no telephone network and no internet exist is a technical problem to be solved. The power supply areas, which are all mounted outside, have wide space nearby and are not blocked by buildings, so that they meet the data transmission requirements based on Beidou satellite short messages although they cannot be covered by cellular public network signals easily.
The Beidou satellite system has a peculiar short message transmission function.
In civil areas, the sending frequency supported by the Beidou short message function is 30 seconds per frame, and the maximal single frame peculiar to the Beidou short message can support stable transmission of 100 bytes, while the receiving time, frequency and single frame length are not limited. The data interaction frequency between the power meter reading concentrator in the power supply areas and the master station of the system is not high, but the electrical quantity data transmitted in one time is always much more than 100 bytes. Therefore, when a field meter reading concentrator needs to upload electrical quantity data of much more than 100 bytes, the Beidou satellite short message function cannot support reliable data transmission.
Summary This disclosure provides a system, a method and an apparatus for transmitting electrical quantity data based on Beidou satellite communication, in order to at least solve the problem that electricity consumption information cannot be transmitted to directly between a field meter reading concentrator and a central master station system through a Beidou short message in the related arts.
In one aspect, this disclosure provides an apparatus for transmitting electrical quantity data based on Beidou satellite communication.
The apparatus for transmitting electrical quantity data based on Beidou satellite communication includes: an Ethernet interface which is configured to acquire a power information data message or a power information data reporting command message, a message conversion processor which is connected with the Ethernet interface and is configured to convert the power information data message into one or more first Beidou short messages or convert one or more second Beidou short messages into the power information data reporting command message, and a serial interface which is connected with the message conversion processor and is configured to send one or more first Beidou short messages to a Beidou satellite communication apparatus or receive one or more second Beidou short messages from the Beidou satellite communication apparatus.
In an example embodiment, the message conversion processor is configured to parse the power information data message, and split and convert the power information data message into a plurality of first Beidou short messages when it is judged that the number of bytes of the power information data message is more than a maximal number of single frame bytes of each first Beidou short message.
Technical Field The disclosure relates to the field of communications, in particular to a system, a method and an apparatus for transmitting electrical quantity data based on Beidou satellite communication.
Background At present, the transmission of electrical quantity data between a power supply area and a data acquisition channel of a master station system is usually implemented by a General Packet Radio Service (GPRS)/Code Division Multiple Access (CDMA) wireless channel provided by a public network operator, such as China Mobile, in the related arts. However, the communication ways are inapplicable in many farming and pastoral areas which are sparsely populated and have not been is completely covered by mobile signals yet. Thus, how to find an effective communication way between a master station of the system and a power meter reading concentrator which is located in the power supply areas where no public network signal, no telephone network and no internet exist is a technical problem to be solved. The power supply areas, which are all mounted outside, have wide space nearby and are not blocked by buildings, so that they meet the data transmission requirements based on Beidou satellite short messages although they cannot be covered by cellular public network signals easily.
The Beidou satellite system has a peculiar short message transmission function.
In civil areas, the sending frequency supported by the Beidou short message function is 30 seconds per frame, and the maximal single frame peculiar to the Beidou short message can support stable transmission of 100 bytes, while the receiving time, frequency and single frame length are not limited. The data interaction frequency between the power meter reading concentrator in the power supply areas and the master station of the system is not high, but the electrical quantity data transmitted in one time is always much more than 100 bytes. Therefore, when a field meter reading concentrator needs to upload electrical quantity data of much more than 100 bytes, the Beidou satellite short message function cannot support reliable data transmission.
Summary This disclosure provides a system, a method and an apparatus for transmitting electrical quantity data based on Beidou satellite communication, in order to at least solve the problem that electricity consumption information cannot be transmitted to directly between a field meter reading concentrator and a central master station system through a Beidou short message in the related arts.
In one aspect, this disclosure provides an apparatus for transmitting electrical quantity data based on Beidou satellite communication.
The apparatus for transmitting electrical quantity data based on Beidou satellite communication includes: an Ethernet interface which is configured to acquire a power information data message or a power information data reporting command message, a message conversion processor which is connected with the Ethernet interface and is configured to convert the power information data message into one or more first Beidou short messages or convert one or more second Beidou short messages into the power information data reporting command message, and a serial interface which is connected with the message conversion processor and is configured to send one or more first Beidou short messages to a Beidou satellite communication apparatus or receive one or more second Beidou short messages from the Beidou satellite communication apparatus.
In an example embodiment, the message conversion processor is configured to parse the power information data message, and split and convert the power information data message into a plurality of first Beidou short messages when it is judged that the number of bytes of the power information data message is more than a maximal number of single frame bytes of each first Beidou short message.
2 In an example embodiment, the message conversion processor is configured to parse the power information data message, and directly convert the power information data message into one first Beidou short message when it is judged that the number of bytes of the power information data message is less than or equal to the maximal number of single frame bytes of each first Beidou short message.
In an example embodiment, the message conversion processor is configured to verify integrity and accuracy of one second Beidou short message received, and directly convert the one second Beidou short message into the power information data reporting command message when the integrity and accuracy of the one second to Beidou short message are verified successfully.
In an example embodiment, the message conversion processor is configured to verify integrity and accuracy of a plurality of second Beidou short messages received, and convert and recombine the plurality of second Beidou short messages into the power information data reporting command message when they the integrity and accuracy of the plurality of second Beidou short messages are verified successfully.
In an example embodiment, the Ethernet interface is configured to receive the power information data message from a centralized meter reading acquisition apparatus.
In an example embodiment, the Ethernet interface is configured to receive the power information data reporting command message from a central master station through the Beidou satellite communication apparatus.
In an example embodiment, the apparatus further includes: an upgrade device which is connected with the message conversion processor and is configured to upgrade an embedded program in the message conversion processor in real time.
In an example embodiment, the apparatus further includes: a power supply device which is connected with the message conversion processor and is configured to supply power to the message conversion processor.
In an example embodiment, the message conversion processor is configured to verify integrity and accuracy of one second Beidou short message received, and directly convert the one second Beidou short message into the power information data reporting command message when the integrity and accuracy of the one second to Beidou short message are verified successfully.
In an example embodiment, the message conversion processor is configured to verify integrity and accuracy of a plurality of second Beidou short messages received, and convert and recombine the plurality of second Beidou short messages into the power information data reporting command message when they the integrity and accuracy of the plurality of second Beidou short messages are verified successfully.
In an example embodiment, the Ethernet interface is configured to receive the power information data message from a centralized meter reading acquisition apparatus.
In an example embodiment, the Ethernet interface is configured to receive the power information data reporting command message from a central master station through the Beidou satellite communication apparatus.
In an example embodiment, the apparatus further includes: an upgrade device which is connected with the message conversion processor and is configured to upgrade an embedded program in the message conversion processor in real time.
In an example embodiment, the apparatus further includes: a power supply device which is connected with the message conversion processor and is configured to supply power to the message conversion processor.
3 In another aspect, this disclosure provides a system for transmitting electrical quantity data based on Beidou satellite communication.
The system for transmitting electrical quantity data based on Beidou satellite communication includes: the aforementioned apparatus for transmitting electrical quantity data based on Beidou satellite communication, the Beidou satellite communication apparatus which is connected with the serial interface of the apparatus for transmitting electrical quantity data based on Beidou satellite communication and is configured to send the power information data message converted by the apparatus for transmitting electrical quantity data based on Beidou to satellite communication to a central master station through a Beidou satellite communication server or receive the power information data reporting command message from the central master station through the Beidou satellite communication server, and the Beidou satellite communication server which is connected with the Beidou satellite communication apparatus and is configured to inversely convert the power information data message converted by the apparatus for transmitting electrical quantity data based on Beidou satellite communication to acquire a power information data message and send the power information data message to the central master station, or convert the power information data reporting command message sent by the central master station and send the power information data reporting command message converted to the Beidou satellite communication apparatus.
In another aspect, this disclosure provides a method for transmitting electrical quantity data based on Beidou satellite communication.
The method for transmitting electrical quantity data based on Beidou satellite communication includes: a power information data message is received from a centralized meter reading acquisition apparatus; the power information data message is converted into one or more first Beidou short messages; and the one or more first Beidou short messages converted are sent to a Beidou satellite communication server, wherein the one or more first Beidou short messages converted are restored
The system for transmitting electrical quantity data based on Beidou satellite communication includes: the aforementioned apparatus for transmitting electrical quantity data based on Beidou satellite communication, the Beidou satellite communication apparatus which is connected with the serial interface of the apparatus for transmitting electrical quantity data based on Beidou satellite communication and is configured to send the power information data message converted by the apparatus for transmitting electrical quantity data based on Beidou to satellite communication to a central master station through a Beidou satellite communication server or receive the power information data reporting command message from the central master station through the Beidou satellite communication server, and the Beidou satellite communication server which is connected with the Beidou satellite communication apparatus and is configured to inversely convert the power information data message converted by the apparatus for transmitting electrical quantity data based on Beidou satellite communication to acquire a power information data message and send the power information data message to the central master station, or convert the power information data reporting command message sent by the central master station and send the power information data reporting command message converted to the Beidou satellite communication apparatus.
In another aspect, this disclosure provides a method for transmitting electrical quantity data based on Beidou satellite communication.
The method for transmitting electrical quantity data based on Beidou satellite communication includes: a power information data message is received from a centralized meter reading acquisition apparatus; the power information data message is converted into one or more first Beidou short messages; and the one or more first Beidou short messages converted are sent to a Beidou satellite communication server, wherein the one or more first Beidou short messages converted are restored
4 to the power information data message by the Beidou satellite communication server and then the power information data message is sent to a central master station by the Beidou satellite communication server.
In an example embodiment, the step that the power information data message is converted into the one or more first Beidou short messages includes: the power information data message is parsed, and whether the number of bytes of the power information data message is more than the maximal number of single frame bytes of each first Beidou short message is judged; if not(or when the number of bytes of the power information data message is not more than the maximal number of single frame bytes of each first Beidou short message), the power information data message is directly converted into one first Beidou short message, and an identity information of the centralized meter reading acquisition apparatus is added to the first Beidou short message, wherein the identity information is used for identifying the centralized meter reading acquisition apparatus to which the first Beidou short message belongs by the Beidou satellite communication server; and if so(or when the number of bytes of the power information data message is more than the maximal number of single frame bytes of each first Beidou short message), the power information data message is split and the splitted power information data message is converted into a plurality of first Beidou short messages, and identity information and serial number information of each first Beidou short message are added to each Beidou short message, wherein the ordinal information is used for recombining the first Beidou short messages by the Beidou satellite communication server.
In an example embodiment, before the power information data message is received, the method further includes: one or more second Beidou short messages are received from a central master station; one or more second Beidou short messages are converted into the power information data reporting command message, wherein the power information data reporting command message is used for instructing the centralized meter reading acquisition apparatus to report power information data; and the power information data reporting command message is
In an example embodiment, the step that the power information data message is converted into the one or more first Beidou short messages includes: the power information data message is parsed, and whether the number of bytes of the power information data message is more than the maximal number of single frame bytes of each first Beidou short message is judged; if not(or when the number of bytes of the power information data message is not more than the maximal number of single frame bytes of each first Beidou short message), the power information data message is directly converted into one first Beidou short message, and an identity information of the centralized meter reading acquisition apparatus is added to the first Beidou short message, wherein the identity information is used for identifying the centralized meter reading acquisition apparatus to which the first Beidou short message belongs by the Beidou satellite communication server; and if so(or when the number of bytes of the power information data message is more than the maximal number of single frame bytes of each first Beidou short message), the power information data message is split and the splitted power information data message is converted into a plurality of first Beidou short messages, and identity information and serial number information of each first Beidou short message are added to each Beidou short message, wherein the ordinal information is used for recombining the first Beidou short messages by the Beidou satellite communication server.
In an example embodiment, before the power information data message is received, the method further includes: one or more second Beidou short messages are received from a central master station; one or more second Beidou short messages are converted into the power information data reporting command message, wherein the power information data reporting command message is used for instructing the centralized meter reading acquisition apparatus to report power information data; and the power information data reporting command message is
5 sent to the centralized meter reading acquisition apparatus.
In an example embodiment, the step that one second Beidou short message is converted into the power information data reporting command message includes:
the integrity and accuracy of the second Beidou short message received are verified, and if the verification are successful, the second Beidou short message is directly converted into the power information data reporting command message.
In an example embodiment, the step that a plurality of second Beidou short messages are converted into the power information data reporting command message includes: the integrity and accuracy of the second Beidou short messages to received are verified in sequence, and if they are all verified successfully, the second Beidou short messages are converted and recombined into the power information data reporting command message.
Through this disclosure, an Ethernet interface is configured to acquire a power information data message or a power information data reporting command message, a message conversion processor is connected with the Ethernet interface and is configured to convert the power information data message into one or more first Beidou short messages or convert one or more second Beidou short messages into the power information data reporting command message, and a serial interface is connected with the message conversion processor and is configured to send one or more first Beidou short messages to a Beidou satellite communication apparatus or receive one or more second Beidou short messages from the Beidou satellite communication apparatus, namely, the mutual conversion between the power information data message and one or more first Beidou short messages and the mutual conversion between one or more second Beidou short messages and the power information data reporting command message are implemented through the message conversion processor, thus achieving direct bidirectional communication between the field meter reading concentrator and the central master station system through Beidou short messages, so that the problem that power information data cannot be transmitted directly between the field meter reading concentrator and the
In an example embodiment, the step that one second Beidou short message is converted into the power information data reporting command message includes:
the integrity and accuracy of the second Beidou short message received are verified, and if the verification are successful, the second Beidou short message is directly converted into the power information data reporting command message.
In an example embodiment, the step that a plurality of second Beidou short messages are converted into the power information data reporting command message includes: the integrity and accuracy of the second Beidou short messages to received are verified in sequence, and if they are all verified successfully, the second Beidou short messages are converted and recombined into the power information data reporting command message.
Through this disclosure, an Ethernet interface is configured to acquire a power information data message or a power information data reporting command message, a message conversion processor is connected with the Ethernet interface and is configured to convert the power information data message into one or more first Beidou short messages or convert one or more second Beidou short messages into the power information data reporting command message, and a serial interface is connected with the message conversion processor and is configured to send one or more first Beidou short messages to a Beidou satellite communication apparatus or receive one or more second Beidou short messages from the Beidou satellite communication apparatus, namely, the mutual conversion between the power information data message and one or more first Beidou short messages and the mutual conversion between one or more second Beidou short messages and the power information data reporting command message are implemented through the message conversion processor, thus achieving direct bidirectional communication between the field meter reading concentrator and the central master station system through Beidou short messages, so that the problem that power information data cannot be transmitted directly between the field meter reading concentrator and the
6 central master station system through the Beidou short messages are solved, and accordingly, the field meter reading concentrator can report residential power information data to the central master station system automatically to save lots of manpower, material and financial resources.
Brief Description of the Drawings The drawings illustrated here are to provide further understanding of the disclosure and constitute one part of the application, and the exemplary embodiments of the disclosure and the explanations thereof are intended to explain the disclosure, instead of improperly limiting the disclosure. In the drawings:
Fig. 1 is a block diagram showing the structure of an apparatus for transmitting electrical quantity data based on Beidou satellite communication according to an embodiment of the disclosure;
Fig. 2 is a block diagram showing the structure of an apparatus for transmitting is electrical quantity data based on Beidou satellite communication according to an example embodiment of the disclosure;
Fig. 3 is a block diagram showing the structure of a system for transmitting electrical quantity data based on Beidou satellite communication according to an embodiment of the disclosure; and Fig. 4 is a flowchart of a method for transmitting electrical quantity data based on Beidou satellite communication according to an embodiment of the disclosure.
The numerical symbols in the above drawings are as follows: 1, apparatus for transmitting electrical quantity data based on Beidou satellite communication;
2, Beidou satellite communication apparatus; 3, Beidou satellite communication server;
10, Ethernet interface; 20, message conversion processor; 30, serial interface; 40, upgrade device, and 50, power supply device.
Detailed Description of the Embodiments The disclosure will be described below with reference to the drawings and in combination with the embodiments in detail. It should be noted that, in the case of no
Brief Description of the Drawings The drawings illustrated here are to provide further understanding of the disclosure and constitute one part of the application, and the exemplary embodiments of the disclosure and the explanations thereof are intended to explain the disclosure, instead of improperly limiting the disclosure. In the drawings:
Fig. 1 is a block diagram showing the structure of an apparatus for transmitting electrical quantity data based on Beidou satellite communication according to an embodiment of the disclosure;
Fig. 2 is a block diagram showing the structure of an apparatus for transmitting is electrical quantity data based on Beidou satellite communication according to an example embodiment of the disclosure;
Fig. 3 is a block diagram showing the structure of a system for transmitting electrical quantity data based on Beidou satellite communication according to an embodiment of the disclosure; and Fig. 4 is a flowchart of a method for transmitting electrical quantity data based on Beidou satellite communication according to an embodiment of the disclosure.
The numerical symbols in the above drawings are as follows: 1, apparatus for transmitting electrical quantity data based on Beidou satellite communication;
2, Beidou satellite communication apparatus; 3, Beidou satellite communication server;
10, Ethernet interface; 20, message conversion processor; 30, serial interface; 40, upgrade device, and 50, power supply device.
Detailed Description of the Embodiments The disclosure will be described below with reference to the drawings and in combination with the embodiments in detail. It should be noted that, in the case of no
7 conflict, the embodiments of the application and features therein can be combined with each other.
Fig. 1 is a block diagram showing the structure of an apparatus for transmitting electrical quantity data based on Beidou satellite communication according to an embodiment of the disclosure. As shown in Fig. 1, the apparatus for transmitting electrical quantity data based on Beidou satellite communication includes: an Ethernet interface 10 which is configured to acquire a power information data message or a power information data reporting command message, a message conversion processor 20 which is connected with the Ethernet interface 10 and is configured to convert the power information data message into one or more first Beidou short messages or convert one or more second Beidou short messages into the power information data reporting command message; and a serial interface which is connected with the message conversion processor 20 and is configured to send one or more first Beidou short messages to a Beidou satellite communication apparatus or receive one or more second Beidou short messages from the Beidou satellite communication apparatus.
In the related arts, power information data cannot be directly transmitted between a field meter reading concentrator and a central master station system through a Beidou short message. According to the apparatus shown in Fig. 1, the Ethernet interface is configured to acquire a power information data message or a power information data reporting command message, the message conversion processor is connected with the Ethernet interface and is configured to convert the power information data message into one or more first Beidou short messages or convert one or more second Beidou short messages into the power information data reporting command message, and the serial interface is connected with the message conversion processor and is configured to send one or more first Beidou short messages to a Beidou satellite communication apparatus or receive one or more second Beidou short messages from the Beidou satellite communication apparatus, namely, the mutual conversion between the power information data message and
Fig. 1 is a block diagram showing the structure of an apparatus for transmitting electrical quantity data based on Beidou satellite communication according to an embodiment of the disclosure. As shown in Fig. 1, the apparatus for transmitting electrical quantity data based on Beidou satellite communication includes: an Ethernet interface 10 which is configured to acquire a power information data message or a power information data reporting command message, a message conversion processor 20 which is connected with the Ethernet interface 10 and is configured to convert the power information data message into one or more first Beidou short messages or convert one or more second Beidou short messages into the power information data reporting command message; and a serial interface which is connected with the message conversion processor 20 and is configured to send one or more first Beidou short messages to a Beidou satellite communication apparatus or receive one or more second Beidou short messages from the Beidou satellite communication apparatus.
In the related arts, power information data cannot be directly transmitted between a field meter reading concentrator and a central master station system through a Beidou short message. According to the apparatus shown in Fig. 1, the Ethernet interface is configured to acquire a power information data message or a power information data reporting command message, the message conversion processor is connected with the Ethernet interface and is configured to convert the power information data message into one or more first Beidou short messages or convert one or more second Beidou short messages into the power information data reporting command message, and the serial interface is connected with the message conversion processor and is configured to send one or more first Beidou short messages to a Beidou satellite communication apparatus or receive one or more second Beidou short messages from the Beidou satellite communication apparatus, namely, the mutual conversion between the power information data message and
8 one or more first Beidou short messages and the mutual conversion between one or more second Beidou short messages and the power information data reporting command message are implemented through the message conversion processor, thus achieving direct bidirectional communication between the field meter reading concentrator and the central master station system through a Beidou short message, so that the problem that power information data cannot be transmitted directly between a field meter reading concentrator and a central master station system through a Beidou short message is solved; and the field meter reading concentrator can report residential power information data to the central master station system automatically to save lots of manpower, material and financial resources.
In an example embodiment, the Beidou satellite communication apparatus is connected with the apparatus for transmitting electrical quantity data based on Beidou satellite communication in the form of a serial interface, so as to send and receive a Beidou data message. When needing to be transmitted in the serial interface, data can be sent to a Beidou satellite through a Beidou satellite antenna, and the Beidou data message issued by the Beidou satellite can be received in real time at the same time.
In an example embodiment, the message conversion processor 20 is configured to parse the power information data message, and split the power information data message and convert the splitted power information data message into a plurality of first Beidou short messages when it is judged that the number of bytes of the power information data message is more than a maximal number of single frame bytes of each first Beidou short message.
In an example embodiment, the message conversion processor 20 is responsible for the mutual conversion between the data frame in the Q/GDW
376.1-2009 power user electric energy data acquisition system communication protocol: master station communication with data acquire terminal and the data frame of the Beidou protocol. The message conversion processor 20 receives a power information data message reported by a centralized meter reading acquisition
In an example embodiment, the Beidou satellite communication apparatus is connected with the apparatus for transmitting electrical quantity data based on Beidou satellite communication in the form of a serial interface, so as to send and receive a Beidou data message. When needing to be transmitted in the serial interface, data can be sent to a Beidou satellite through a Beidou satellite antenna, and the Beidou data message issued by the Beidou satellite can be received in real time at the same time.
In an example embodiment, the message conversion processor 20 is configured to parse the power information data message, and split the power information data message and convert the splitted power information data message into a plurality of first Beidou short messages when it is judged that the number of bytes of the power information data message is more than a maximal number of single frame bytes of each first Beidou short message.
In an example embodiment, the message conversion processor 20 is responsible for the mutual conversion between the data frame in the Q/GDW
376.1-2009 power user electric energy data acquisition system communication protocol: master station communication with data acquire terminal and the data frame of the Beidou protocol. The message conversion processor 20 receives a power information data message reported by a centralized meter reading acquisition
9 apparatus through the Ethernet interface 10 in real time and judges whether the length of the power information data message exceeds the maximal frame length of the Beidou short message which is allowed to be sent in one time. Based on the judgement result that the length of the power information data message exceeds the maximal frame length of the Beidou short message which is allowed to be sent in one time, the power information data message reported by the centralized meter reading acquisition apparatus is unpacked, then each of the unpacked sub data packages is repacked into a Beidou short message which is sent out by the Beidou satellite antenna.
As an example embodiment of the disclosure, the length of the power information data message reported by the centralized meter reading acquisition apparatus may exceed the maximal frame length of the Beidou short message which is allowed to be sent in one time, so that it is necessary to unpack the power information data message reported by the centralized meter reading acquisition apparatus into sub data packages, and repack each of the unpacked sub data packages into a Beidou short message which is sent out by the Beidou satellite antenna in sequence. However, in a long running process, such phenomenon as packet loss or disorder may occur. To avoid the phenomenon above, six bytes can be added to each sub data of the power information data message package, wherein four bytes represent centurial second, one byte represents the total package number, and one byte represents the serial number of the packages. The centurial second of the four bytes is used for recombining the messages of the same time into a whole by a receiving end; and the total package number is used for representing the specific total number of sub data packages needed to be recombined together and can also be used for judging whether package loss occurs; and with the serial number of the packages, the packages can be recombined according to the sequence of the serial number so as to avoid disorder. Therefore, it is necessary to combine the power information data messages in the format as shown in Table 1, and the final communication format of the first Beidou short message is as shown in Table 2.
Table 1 Centurial Serial Total package Split power information message second number number 32bit 8bit 8bit Maximal length allowed by Beidou card 81 bytes Table 2 Instruction Length User Information contents Checksum address $TXSQ 16bit 24bit Information Beidou ID
Telegram Whether Telegram text contents 8bit type 8bit card number text length there is a 24 bit 16bit response Centurial Serial Total 8bit second number package Message number e-32bit 8bit 8bit v::1 In an example embodiment, the message conversion processor 20 is configured to parse the power information data message, and directly convert the power information data message into one first Beidou short message when it is judged that the number of bytes of the power information data message is less than or equal to the number of maximal single frame bytes of each first Beidou short message.
In an example embodiment, if the length of the power information data message reported by the centralized meter reading acquisition apparatus does not exceed the maximal frame length allowed to be sent in one time, the power information data message reported by the centralized meter reading acquisition apparatus does not need to be unpacked, instead the power information data message is directly recombined into a Beidou short message which is sent out by a Beidou satellite antenna.
In an example embodiment, the message conversion processor 20 is configured to verify the integrity and accuracy of one second Beidou short message received, and directly convert the second Beidou short message into the power information data reporting command message when the integrity and accuracy of the one second Beidou short message are verified successfully.
In an example embodiment, the message conversion processor 20 can receive a Beidou short message from a Beidou satellite in real time and verify the integrity and accuracy of the Beidou short message, and if the integrity and accuracy of the Beidou short message are verified successfully, the Beidou short message is converted into the power information data reporting command message which is sent to the centralized meter reading acquisition apparatus through the Ethernet interface
As an example embodiment of the disclosure, the length of the power information data message reported by the centralized meter reading acquisition apparatus may exceed the maximal frame length of the Beidou short message which is allowed to be sent in one time, so that it is necessary to unpack the power information data message reported by the centralized meter reading acquisition apparatus into sub data packages, and repack each of the unpacked sub data packages into a Beidou short message which is sent out by the Beidou satellite antenna in sequence. However, in a long running process, such phenomenon as packet loss or disorder may occur. To avoid the phenomenon above, six bytes can be added to each sub data of the power information data message package, wherein four bytes represent centurial second, one byte represents the total package number, and one byte represents the serial number of the packages. The centurial second of the four bytes is used for recombining the messages of the same time into a whole by a receiving end; and the total package number is used for representing the specific total number of sub data packages needed to be recombined together and can also be used for judging whether package loss occurs; and with the serial number of the packages, the packages can be recombined according to the sequence of the serial number so as to avoid disorder. Therefore, it is necessary to combine the power information data messages in the format as shown in Table 1, and the final communication format of the first Beidou short message is as shown in Table 2.
Table 1 Centurial Serial Total package Split power information message second number number 32bit 8bit 8bit Maximal length allowed by Beidou card 81 bytes Table 2 Instruction Length User Information contents Checksum address $TXSQ 16bit 24bit Information Beidou ID
Telegram Whether Telegram text contents 8bit type 8bit card number text length there is a 24 bit 16bit response Centurial Serial Total 8bit second number package Message number e-32bit 8bit 8bit v::1 In an example embodiment, the message conversion processor 20 is configured to parse the power information data message, and directly convert the power information data message into one first Beidou short message when it is judged that the number of bytes of the power information data message is less than or equal to the number of maximal single frame bytes of each first Beidou short message.
In an example embodiment, if the length of the power information data message reported by the centralized meter reading acquisition apparatus does not exceed the maximal frame length allowed to be sent in one time, the power information data message reported by the centralized meter reading acquisition apparatus does not need to be unpacked, instead the power information data message is directly recombined into a Beidou short message which is sent out by a Beidou satellite antenna.
In an example embodiment, the message conversion processor 20 is configured to verify the integrity and accuracy of one second Beidou short message received, and directly convert the second Beidou short message into the power information data reporting command message when the integrity and accuracy of the one second Beidou short message are verified successfully.
In an example embodiment, the message conversion processor 20 can receive a Beidou short message from a Beidou satellite in real time and verify the integrity and accuracy of the Beidou short message, and if the integrity and accuracy of the Beidou short message are verified successfully, the Beidou short message is converted into the power information data reporting command message which is sent to the centralized meter reading acquisition apparatus through the Ethernet interface
10 in real time.
In an example embodiment, the message conversion processor 20 is configured to verify the integrity and accuracy of a plurality of second Beidou short messages received, and convert and recombine the plurality of second Beidou short messages into the power information data reporting command message when the integrity and accuracy of the second Beidou short messages are all verified successfully.
In an example embodiment, the length of the power information data reporting command message sent by a central master system may exceed the maximal frame length of the Beidou short message allowed to be sent in one time, so that it is necessary to split the power information data reporting command message sent by a central master system into a plurality of sub data packages and then convert the sub data packages into a Beidou short message, which is sent in sequence. However, in a long running process, packet loss or disorder may occur. To avoid the phenomenon above, six bytes can be added to the power information data message of each sub data package, wherein four bytes represent centurial second, one byte represents the total package number, and one byte represents the serial number of the packages.
The centurial second of the four bytes is used for recombining the messages of the same time into a whole by a receiving end; the total package number is used for representing the specific total number of sub data packages which need to be recombined together and can also be used for judging whether package loss occurs;
and with the serial number of the packages, the packages are recombined according to the sequence of the serial number so as to avoid disorder.
It should be noted that the format of the power information data reporting command message above can refer to the designing way in Table 1, while the format of the Beidou short message above can refer to the designing way in Table 2.
In an example embodiment, the Ethernet interface 10 is configured to receive the power information data message reported by a centralized meter reading acquisition apparatus (i.e., a field meter reading concentrator).
In an example embodiment, the Ethernet interface 10 is configured to receive the power information data reporting command message from a central master station through a Beidou satellite communication apparatus.
In an example embodiment, the Ethernet interface 10 is responsible for communicating with a centralized meter reading acquisition apparatus in a residential field or a electricity information central master station system, so that the centralized meter reading acquisition apparatus can be communicated in real time through the Ethernet interface 10, accordingly, the power information data message can be received from the centralized meter reading acquisition apparatus in real time, and the power information data reporting command message issued by the power information central master station system can be sent to the centralized meter reading acquisition apparatus in real time.
In an example embodiment, as shown in Fig. 2, the apparatus further includes:
an upgrade device 40 which is connected with the message conversion processor and is configured to upgrade an embedded program in the message conversion processor in real time.
In an example embodiment, a USB flash disk with an upgrade executable program can be inserted into the message conversion processor to upgrade the internal embedded program of the message conversion processor automatically.
The message conversion processor reads whether an executable program is available in a USB directory through a thread in real time; and if no executable program is read, it is indicated that no USB flash disk is inserted or no executable program needs to be upgraded in the USB flash disk currently. If an executable program is read, it is indicated that a USB flash disk has been inserted, and whether the executable program in the USB flash disk has the same version as that of the executable program running now is judged; if they are the same, it is indicated that it is unnecessary to upgrade the program and the program running now has been the latest program; and if they are different, the executable program running now is replaced by the executable program of the USB flash disk, and the process is killed by software, in order to restart the device. If the USB flash disk is unplugged after the equipment is restarted, it is necessary to redetect whether an executable program needed to be downloaded exists; if such executable program exists in the USB
flash disk, whereas its version is same with that of the program running now, no processing is needed and it is necessary to continue to monitor whether a new executable program is found.
In an example embodiment, as shown in Fig. 2, the apparatus further includes:
a power supply device 50 which is connected with the message conversion processor and is configured to supply power to the message conversion processor.
In an example embodiment, only AC of 200V can exist in a residential field, and the power supply device 50 is responsible for converting the field AC220V into DC12V to power the message conversion processor 20.
Fig. 3 is a block diagram showing the structure of a system for transmitting electrical quantity data based on Beidou satellite communication according to an embodiment of the disclosure. As shown in Fig. 3, the system for transmitting electrical quantity data based on Beidou satellite communication includes: the apparatus 1 for transmitting electrical quantity data based on Beidou satellite communication, a Beidou satellite communication apparatus 2 which is connected with a serial interface 30 of the apparatus 1 for transmitting electrical quantity data based on Beidou satellite communication and is configured to send a power information data message converted by the apparatus 1 for transmitting electrical quantity data based on Beidou satellite communication to a central master station through a Beidou satellite communication server 3 or receive a power information data reporting command message from the central master station through the Beidou satellite communication server 3, and the Beidou satellite communication server 3 which is connected with the Beidou satellite communication apparatus 2 and is configured to inversely convert the power information data message converted by the apparatus 1 for transmitting electrical quantity data based on Beidou satellite communication into a power information data message and send the power information data message to the central master station, or convert the power information data reporting command message sent by the central master station and send the power information data reporting command message converted to the Beidou satellite communication apparatus 2.
Through the system in Fig. 3, the problem that electricity consumption information cannot be directly transmitted between a field meter reading concentrator and a central master station system through a Beidou short message in the related arts is solved, so that the field meter reading concentrator can report the residential electricity consumption information to the central master station system automatically, so as to save lots of manpower, material and financial resources.
In an example embodiment, firstly, the communication link between the centralized meter reading acquisition apparatus and the apparatus 1 for transmitting electrical quantity data based on Beidou satellite communication is connected through the Ethernet interface 10; and the communication link between the apparatus 1 for transmitting electrical quantity data based on Beidou satellite communication and the Beidou satellite communication apparatus 2 is connected through the serial interface 30. Secondly, the communication link between the Beidou satellite communication apparatus 2 of a user terminal and the Beidou satellite communication apparatus of a central master station may be connected through a Beidou satellite communication link. Subsequently, the Beidou satellite communication apparatus of the central master station sends the received data to the Beidou satellite communication server 3 through the serial interface, and the Beidou satellite communication server 3 inversely converts one or more Beidou short messages into the power information data message and transmits it to the central master station system in a network mode. Therefore, a Beidou data long message is transmitted and received precisely and the mutual conversion between the data frame in the power user electric energy data acquisition system communication protocol: master station communication with data acquire terminal and the data frame in a Beidou short message format is implemented, and the long message is unpacked and packed according to 698 statute, so that the transparent data transmission between the central master station and the field centralized meter reading acquisition apparatus is finally implemented.
In contrast, when the power information central master station system sends the power information data reporting command message to the centralized meter reading acquisition apparatus, the message data is transmitted to the Beidou satellite communication server of the central master station end according to the power user electric energy data acquisition system communication protocol: master station communication with data acquire terminal. The Beidou satellite communication server converts the original power information acquisition protocol into the Beidou communication protocol and forwards the data to the apparatus 1 for transmitting electrical quantity data based on Beidou satellite communication through a Beidou communication link, and the apparatus 1 for transmitting electrical quantity data based on Beidou satellite communication converts the Beidou communication protocol into the power information acquisition protocol and transmits it to the centralized meter reading acquisition apparatus.
Fig. 4 is a flowchart of a method for transmitting electrical quantity data based on Beidou satellite communication according to an embodiment of the disclosure.
As shown in Fig. 4, the method can include the following steps:
Step 402: A power information data message is received from a centralized meter reading acquisition apparatus.
Step 404: The power information data message is converted into one or more first Beidou short messages.
Step 406: The one or more first Beidou short messages are sent to the Beidou satellite communication server, wherein the one or more first Beidou short messages are restored to the power information data message by the Beidou satellite communication server and then the power information data message is sent to a central master station by the Beidou satellite communication server.
In the related arts, the peculiar maximal single frame of the Beidou satellite communication system can support reliable transmission of short messages of bytes, and the length of the power information data message uploaded by the centralized meter reading acquisition apparatus in power supply areas may be much more than 100 bytes but the transmission frequency of the power information data message is actually low. Through the method in Fig. 4, the problem that power information data cannot be directly transmitted between a field meter reading concentrator and a central master station system through a Beidou short message in the related arts can be effectively solved, so that the field meter reading concentrator can report the residential power information data to the central master station system automatically, so as to save lots of manpower, material and financial resources.
In an example embodiment, in Step 404, the step that the power information data message is converted into one or more first Beidou short messages can include the following Steps:
Step 1: The power information data message is parsed, and whether the number of bytes of the power information data message is more than the maximal number of single frame bytes of each first Beidou short message is judged.
Step 2: If not, the power information data message is directly converted into one first Beidou short message, and the identity information of the centralized meter reading acquisition apparatus is added to the first Beidou short message, wherein the identity information is used for identifying the centralized meter reading acquisition apparatus to which the first Beidou short message belongs by the Beidou satellite communication server.
Step 3: If so, the power information data message is split and converted into a plurality of first Beidou short messages, and identity information and the ordinal information of each first Beidou short message are added to each first Beidou short lo message, wherein the ordinal information is used for recombining the first Beidou short messages by the Beidou satellite communication server.
In an example embodiment, the centralized meter reading acquisition apparatus in the power supply areas can automatically receive the power information data message which is much more than 100 bytes and is transmitted by the centralized meter reading acquisition apparatus, so that it is necessary to automatically split the power information data message into a plurality of ordered sub data packages which are not more than 100 bytes, and the ordered sub data packages are transmitted to the Beidou satellite communication server of the master station through the Beidou satellite communication apparatus at a frequency of 30 seconds each time. The Beidou satellite communication server can identify the centralized meter reading acquisition apparatus to which the Beidou short message belongs according to the Beidou Identifier (ID) card number in the received Beidou short message (i.e., the identity information aforementioned), namely, the Beidou short messages reported by different centralized meter reading acquisition apparatus are distinguished.
In addition, the ordinal information of the Beidou short message (which can include the total package number information and the serial number information of the packages) can be used for determining how many Beidou short messages need to be recombined and which order the Beidou short messages are packaged in, so as to avoid disorder.
In an example embodiment, before Step 402 the power information data message is received, the method can further include the following steps:
Step 4: One or more second Beidou short messages are received from a central master station.
Step 5: The one or more second Beidou short messages are converted into the power information data reporting command message, wherein the power information data reporting command message is used for instructing the centralized meter reading acquisition apparatus to report power information data.
Step 6: The power information data reporting command message is sent to the centralized meter reading acquisition apparatus.
In an example embodiment, the central master station system needs to transmit a temporary meter reading command to the centralized meter reading acquisition apparatus in each power supply area according to electrical quantity data transmission statute. The data package length of the temporary meter reading command transmitted by the central master station is usually less than or equal to 100 bytes, which does not indicate that the data package length of the temporary meter reading command transmitted by the central master station is limited within 100 bytes, and the data package length of the temporary meter reading command can be adjusted according to the actual condition (namely, the data package length of the temporary meter reading command may exceed 100 bytes), therefore, usually, the temporary meter reading command transmitted by the central master station does not need to be unpacked and packed. When being received from the central master station by the Beidou satellite communication server, the temporary meter reading command can be converted into one or more Beidou short messages according to the corresponding relationship between the address information of the centralized meter reading acquisition apparatus and the Beidou ID card in Table 2, and then the one or more Beidou short messages are sent to the apparatus for transmitting electrical quantity data based on Beidou satellite communication through the Beidou satellite communication apparatus, and the apparatus for transmitting electrical quantity data based on Beidou satellite communication restores it into the temporary meter reading command through protocol conversion and then forwards the temporary meter reading command to the centralized meter reading acquisition apparatus through an Ethernet interface, so as to complete the transmission of a command from the central master station to the centralized meter reading acquisition apparatus.
In an example embodiment, in Step 5, the step that one second Beidou short message is converted into the power information data reporting command message lo can include the following steps:
Step 51: The integrity and accuracy of the second Beidou short message received are verified.
Step 52: If the integrity and accuracy of the second Beidou are verified successfully, the second Beidou short message is directly converted into the power information data reporting command message.
In an example embodiment, in Step 5, the step that a plurality of second Beidou short messages are converted into the power information data reporting command message can include the following steps:
Step 53: The integrity and accuracy of the second Beidou short messages received are verified in sequence.
Step 54: If they are all verified successfully, the second Beidou short messages are converted and recombined into the power information data reporting command message.
It can be seen from what described above that the embodiments above implement the following technical effects (it should be noted that these effects can be achieved by some example embodiments): the technical solution provided by the embodiments of the disclosure can be applied to a remote area where no GPRS/CDMA signal, no fixed telephone and no internet exists to implement the automatic transmission of electrical quantity data for users. The technical solution provided by the embodiments of the disclosure can implement the automatic uploading of residential power information through the peculiar bidirectional communication short message function of the Beidou satellite system without changing the centralized meter reading acquisition apparatus in power supply areas and the power information acquisition central master station system of a electric power company, so that the status of manual meter reading in remote areas where no to GPRS/CDMA signal, no fixed telephone and no internet exists is greatly improved for power industries, and lots of manpower, material and financial resources are saved.
Obviously, those skilled in the art shall understand that the modules or steps of the disclosure may be implemented by general computing apparatus and centralized in a single computing apparatus or distributed in a network consisting of multiple computing apparatus. Optionally, the modules or steps may be implemented by program codes executable by the computing apparatus, so that they may be stored in a storage apparatus and executed by the computing apparatus, and, in some cases, the steps can be executed in a sequence different from the illustrated or described sequence, or they are respectively made into the integrated circuit modules or many of them are made into a single integrated circuit module. By doing so, the disclosure is not limited to any specific combination of hardware and software.
The above are only example embodiments of the disclosure and not intended to limit the disclosure. For those skilled in the art, various modifications and changes can be made in the disclosure. Any modifications, equivalent replacements, improvements and the like within the spirit and principle of the disclosure shall fall within the scope of protection of the disclosure.
In an example embodiment, the message conversion processor 20 is configured to verify the integrity and accuracy of a plurality of second Beidou short messages received, and convert and recombine the plurality of second Beidou short messages into the power information data reporting command message when the integrity and accuracy of the second Beidou short messages are all verified successfully.
In an example embodiment, the length of the power information data reporting command message sent by a central master system may exceed the maximal frame length of the Beidou short message allowed to be sent in one time, so that it is necessary to split the power information data reporting command message sent by a central master system into a plurality of sub data packages and then convert the sub data packages into a Beidou short message, which is sent in sequence. However, in a long running process, packet loss or disorder may occur. To avoid the phenomenon above, six bytes can be added to the power information data message of each sub data package, wherein four bytes represent centurial second, one byte represents the total package number, and one byte represents the serial number of the packages.
The centurial second of the four bytes is used for recombining the messages of the same time into a whole by a receiving end; the total package number is used for representing the specific total number of sub data packages which need to be recombined together and can also be used for judging whether package loss occurs;
and with the serial number of the packages, the packages are recombined according to the sequence of the serial number so as to avoid disorder.
It should be noted that the format of the power information data reporting command message above can refer to the designing way in Table 1, while the format of the Beidou short message above can refer to the designing way in Table 2.
In an example embodiment, the Ethernet interface 10 is configured to receive the power information data message reported by a centralized meter reading acquisition apparatus (i.e., a field meter reading concentrator).
In an example embodiment, the Ethernet interface 10 is configured to receive the power information data reporting command message from a central master station through a Beidou satellite communication apparatus.
In an example embodiment, the Ethernet interface 10 is responsible for communicating with a centralized meter reading acquisition apparatus in a residential field or a electricity information central master station system, so that the centralized meter reading acquisition apparatus can be communicated in real time through the Ethernet interface 10, accordingly, the power information data message can be received from the centralized meter reading acquisition apparatus in real time, and the power information data reporting command message issued by the power information central master station system can be sent to the centralized meter reading acquisition apparatus in real time.
In an example embodiment, as shown in Fig. 2, the apparatus further includes:
an upgrade device 40 which is connected with the message conversion processor and is configured to upgrade an embedded program in the message conversion processor in real time.
In an example embodiment, a USB flash disk with an upgrade executable program can be inserted into the message conversion processor to upgrade the internal embedded program of the message conversion processor automatically.
The message conversion processor reads whether an executable program is available in a USB directory through a thread in real time; and if no executable program is read, it is indicated that no USB flash disk is inserted or no executable program needs to be upgraded in the USB flash disk currently. If an executable program is read, it is indicated that a USB flash disk has been inserted, and whether the executable program in the USB flash disk has the same version as that of the executable program running now is judged; if they are the same, it is indicated that it is unnecessary to upgrade the program and the program running now has been the latest program; and if they are different, the executable program running now is replaced by the executable program of the USB flash disk, and the process is killed by software, in order to restart the device. If the USB flash disk is unplugged after the equipment is restarted, it is necessary to redetect whether an executable program needed to be downloaded exists; if such executable program exists in the USB
flash disk, whereas its version is same with that of the program running now, no processing is needed and it is necessary to continue to monitor whether a new executable program is found.
In an example embodiment, as shown in Fig. 2, the apparatus further includes:
a power supply device 50 which is connected with the message conversion processor and is configured to supply power to the message conversion processor.
In an example embodiment, only AC of 200V can exist in a residential field, and the power supply device 50 is responsible for converting the field AC220V into DC12V to power the message conversion processor 20.
Fig. 3 is a block diagram showing the structure of a system for transmitting electrical quantity data based on Beidou satellite communication according to an embodiment of the disclosure. As shown in Fig. 3, the system for transmitting electrical quantity data based on Beidou satellite communication includes: the apparatus 1 for transmitting electrical quantity data based on Beidou satellite communication, a Beidou satellite communication apparatus 2 which is connected with a serial interface 30 of the apparatus 1 for transmitting electrical quantity data based on Beidou satellite communication and is configured to send a power information data message converted by the apparatus 1 for transmitting electrical quantity data based on Beidou satellite communication to a central master station through a Beidou satellite communication server 3 or receive a power information data reporting command message from the central master station through the Beidou satellite communication server 3, and the Beidou satellite communication server 3 which is connected with the Beidou satellite communication apparatus 2 and is configured to inversely convert the power information data message converted by the apparatus 1 for transmitting electrical quantity data based on Beidou satellite communication into a power information data message and send the power information data message to the central master station, or convert the power information data reporting command message sent by the central master station and send the power information data reporting command message converted to the Beidou satellite communication apparatus 2.
Through the system in Fig. 3, the problem that electricity consumption information cannot be directly transmitted between a field meter reading concentrator and a central master station system through a Beidou short message in the related arts is solved, so that the field meter reading concentrator can report the residential electricity consumption information to the central master station system automatically, so as to save lots of manpower, material and financial resources.
In an example embodiment, firstly, the communication link between the centralized meter reading acquisition apparatus and the apparatus 1 for transmitting electrical quantity data based on Beidou satellite communication is connected through the Ethernet interface 10; and the communication link between the apparatus 1 for transmitting electrical quantity data based on Beidou satellite communication and the Beidou satellite communication apparatus 2 is connected through the serial interface 30. Secondly, the communication link between the Beidou satellite communication apparatus 2 of a user terminal and the Beidou satellite communication apparatus of a central master station may be connected through a Beidou satellite communication link. Subsequently, the Beidou satellite communication apparatus of the central master station sends the received data to the Beidou satellite communication server 3 through the serial interface, and the Beidou satellite communication server 3 inversely converts one or more Beidou short messages into the power information data message and transmits it to the central master station system in a network mode. Therefore, a Beidou data long message is transmitted and received precisely and the mutual conversion between the data frame in the power user electric energy data acquisition system communication protocol: master station communication with data acquire terminal and the data frame in a Beidou short message format is implemented, and the long message is unpacked and packed according to 698 statute, so that the transparent data transmission between the central master station and the field centralized meter reading acquisition apparatus is finally implemented.
In contrast, when the power information central master station system sends the power information data reporting command message to the centralized meter reading acquisition apparatus, the message data is transmitted to the Beidou satellite communication server of the central master station end according to the power user electric energy data acquisition system communication protocol: master station communication with data acquire terminal. The Beidou satellite communication server converts the original power information acquisition protocol into the Beidou communication protocol and forwards the data to the apparatus 1 for transmitting electrical quantity data based on Beidou satellite communication through a Beidou communication link, and the apparatus 1 for transmitting electrical quantity data based on Beidou satellite communication converts the Beidou communication protocol into the power information acquisition protocol and transmits it to the centralized meter reading acquisition apparatus.
Fig. 4 is a flowchart of a method for transmitting electrical quantity data based on Beidou satellite communication according to an embodiment of the disclosure.
As shown in Fig. 4, the method can include the following steps:
Step 402: A power information data message is received from a centralized meter reading acquisition apparatus.
Step 404: The power information data message is converted into one or more first Beidou short messages.
Step 406: The one or more first Beidou short messages are sent to the Beidou satellite communication server, wherein the one or more first Beidou short messages are restored to the power information data message by the Beidou satellite communication server and then the power information data message is sent to a central master station by the Beidou satellite communication server.
In the related arts, the peculiar maximal single frame of the Beidou satellite communication system can support reliable transmission of short messages of bytes, and the length of the power information data message uploaded by the centralized meter reading acquisition apparatus in power supply areas may be much more than 100 bytes but the transmission frequency of the power information data message is actually low. Through the method in Fig. 4, the problem that power information data cannot be directly transmitted between a field meter reading concentrator and a central master station system through a Beidou short message in the related arts can be effectively solved, so that the field meter reading concentrator can report the residential power information data to the central master station system automatically, so as to save lots of manpower, material and financial resources.
In an example embodiment, in Step 404, the step that the power information data message is converted into one or more first Beidou short messages can include the following Steps:
Step 1: The power information data message is parsed, and whether the number of bytes of the power information data message is more than the maximal number of single frame bytes of each first Beidou short message is judged.
Step 2: If not, the power information data message is directly converted into one first Beidou short message, and the identity information of the centralized meter reading acquisition apparatus is added to the first Beidou short message, wherein the identity information is used for identifying the centralized meter reading acquisition apparatus to which the first Beidou short message belongs by the Beidou satellite communication server.
Step 3: If so, the power information data message is split and converted into a plurality of first Beidou short messages, and identity information and the ordinal information of each first Beidou short message are added to each first Beidou short lo message, wherein the ordinal information is used for recombining the first Beidou short messages by the Beidou satellite communication server.
In an example embodiment, the centralized meter reading acquisition apparatus in the power supply areas can automatically receive the power information data message which is much more than 100 bytes and is transmitted by the centralized meter reading acquisition apparatus, so that it is necessary to automatically split the power information data message into a plurality of ordered sub data packages which are not more than 100 bytes, and the ordered sub data packages are transmitted to the Beidou satellite communication server of the master station through the Beidou satellite communication apparatus at a frequency of 30 seconds each time. The Beidou satellite communication server can identify the centralized meter reading acquisition apparatus to which the Beidou short message belongs according to the Beidou Identifier (ID) card number in the received Beidou short message (i.e., the identity information aforementioned), namely, the Beidou short messages reported by different centralized meter reading acquisition apparatus are distinguished.
In addition, the ordinal information of the Beidou short message (which can include the total package number information and the serial number information of the packages) can be used for determining how many Beidou short messages need to be recombined and which order the Beidou short messages are packaged in, so as to avoid disorder.
In an example embodiment, before Step 402 the power information data message is received, the method can further include the following steps:
Step 4: One or more second Beidou short messages are received from a central master station.
Step 5: The one or more second Beidou short messages are converted into the power information data reporting command message, wherein the power information data reporting command message is used for instructing the centralized meter reading acquisition apparatus to report power information data.
Step 6: The power information data reporting command message is sent to the centralized meter reading acquisition apparatus.
In an example embodiment, the central master station system needs to transmit a temporary meter reading command to the centralized meter reading acquisition apparatus in each power supply area according to electrical quantity data transmission statute. The data package length of the temporary meter reading command transmitted by the central master station is usually less than or equal to 100 bytes, which does not indicate that the data package length of the temporary meter reading command transmitted by the central master station is limited within 100 bytes, and the data package length of the temporary meter reading command can be adjusted according to the actual condition (namely, the data package length of the temporary meter reading command may exceed 100 bytes), therefore, usually, the temporary meter reading command transmitted by the central master station does not need to be unpacked and packed. When being received from the central master station by the Beidou satellite communication server, the temporary meter reading command can be converted into one or more Beidou short messages according to the corresponding relationship between the address information of the centralized meter reading acquisition apparatus and the Beidou ID card in Table 2, and then the one or more Beidou short messages are sent to the apparatus for transmitting electrical quantity data based on Beidou satellite communication through the Beidou satellite communication apparatus, and the apparatus for transmitting electrical quantity data based on Beidou satellite communication restores it into the temporary meter reading command through protocol conversion and then forwards the temporary meter reading command to the centralized meter reading acquisition apparatus through an Ethernet interface, so as to complete the transmission of a command from the central master station to the centralized meter reading acquisition apparatus.
In an example embodiment, in Step 5, the step that one second Beidou short message is converted into the power information data reporting command message lo can include the following steps:
Step 51: The integrity and accuracy of the second Beidou short message received are verified.
Step 52: If the integrity and accuracy of the second Beidou are verified successfully, the second Beidou short message is directly converted into the power information data reporting command message.
In an example embodiment, in Step 5, the step that a plurality of second Beidou short messages are converted into the power information data reporting command message can include the following steps:
Step 53: The integrity and accuracy of the second Beidou short messages received are verified in sequence.
Step 54: If they are all verified successfully, the second Beidou short messages are converted and recombined into the power information data reporting command message.
It can be seen from what described above that the embodiments above implement the following technical effects (it should be noted that these effects can be achieved by some example embodiments): the technical solution provided by the embodiments of the disclosure can be applied to a remote area where no GPRS/CDMA signal, no fixed telephone and no internet exists to implement the automatic transmission of electrical quantity data for users. The technical solution provided by the embodiments of the disclosure can implement the automatic uploading of residential power information through the peculiar bidirectional communication short message function of the Beidou satellite system without changing the centralized meter reading acquisition apparatus in power supply areas and the power information acquisition central master station system of a electric power company, so that the status of manual meter reading in remote areas where no to GPRS/CDMA signal, no fixed telephone and no internet exists is greatly improved for power industries, and lots of manpower, material and financial resources are saved.
Obviously, those skilled in the art shall understand that the modules or steps of the disclosure may be implemented by general computing apparatus and centralized in a single computing apparatus or distributed in a network consisting of multiple computing apparatus. Optionally, the modules or steps may be implemented by program codes executable by the computing apparatus, so that they may be stored in a storage apparatus and executed by the computing apparatus, and, in some cases, the steps can be executed in a sequence different from the illustrated or described sequence, or they are respectively made into the integrated circuit modules or many of them are made into a single integrated circuit module. By doing so, the disclosure is not limited to any specific combination of hardware and software.
The above are only example embodiments of the disclosure and not intended to limit the disclosure. For those skilled in the art, various modifications and changes can be made in the disclosure. Any modifications, equivalent replacements, improvements and the like within the spirit and principle of the disclosure shall fall within the scope of protection of the disclosure.
Claims (10)
1. An apparatus for transmitting electrical quantity data based on Beidou satellite communication, comprising:
an Ethernet interface which is configured to acquire a power information data message or a power information data reporting command message;
a message conversion processor which is coupled with the Ethernet interface and is configured to convert the power information data message into one or more first Beidou short messages, or convert one or more second Beidou short messages into the power information data reporting command message; and a serial interface which is coupled with the message conversion processor and is configured to send the one or more first Beidou short messages to a Beidou satellite communication apparatus or receive the one or more second Beidou short messages from the Beidou satellite communication apparatus;
wherein the message conversion processor is configured to parse the power information data message, and split and convert the power information data message into a plurality of first Beidou short messages when it is judged that the number of bytes of the power information data message is more than a maximal number of single frame bytes of each first Beidou short message;
wherein the message conversion processor is configured to verify integrity and accuracy of one second Beidou short message received, and directly convert the one second Beidou short message into the power information data reporting command message when the integrity and accuracy of the one second Beidou short message are verified successfully.
an Ethernet interface which is configured to acquire a power information data message or a power information data reporting command message;
a message conversion processor which is coupled with the Ethernet interface and is configured to convert the power information data message into one or more first Beidou short messages, or convert one or more second Beidou short messages into the power information data reporting command message; and a serial interface which is coupled with the message conversion processor and is configured to send the one or more first Beidou short messages to a Beidou satellite communication apparatus or receive the one or more second Beidou short messages from the Beidou satellite communication apparatus;
wherein the message conversion processor is configured to parse the power information data message, and split and convert the power information data message into a plurality of first Beidou short messages when it is judged that the number of bytes of the power information data message is more than a maximal number of single frame bytes of each first Beidou short message;
wherein the message conversion processor is configured to verify integrity and accuracy of one second Beidou short message received, and directly convert the one second Beidou short message into the power information data reporting command message when the integrity and accuracy of the one second Beidou short message are verified successfully.
2. The apparatus according to claim 1, wherein the message conversion processor is configured to parse the power information data message, and directly convert the power information data message into one first Beidou short message when it is judged that the number of bytes of the power information data message is less than or equal to the maximal number of single frame bytes of each first Beidou short message.
3. The apparatus according to claim 1, wherein the message conversion processor is configured to verify integrity and accuracy of a plurality of second Beidou short messages received, and convert and recombine the plurality of second Beidou short messages into the power information data reporting command message when the integrity and accuracy of the plurality of second Beidou short messages are verified successfully.
4. The apparatus according to claim 1, wherein the Ethernet interface is configured to receive the power information data message from a centralized meter reading acquisition apparatus.
5. The apparatus according to claim 1, wherein the Ethernet interface is configured to receive the power information data reporting command message from a central master station through the Beidou satellite communication apparatus.
6. The apparatus according to claim 1, further comprising: an upgrade device, wherein the upgrade device is coupled with the message conversion processor and is configured to upgrade an embedded program in the message conversion processor in real time.
7. The apparatus according to claim 1, further comprising: a power supply device, wherein the power supply device is coupled with the message conversion processor and is configured to supply power to the message conversion processor.
8. A system for transmitting electrical quantity data based on Beidou satellite communication, comprising the apparatus for transmitting electrical quantity data based on Beidou satellite communication according to any one of claims 1 to 9, the Beidou satellite communication apparatus which is coupled with the serial interface of the apparatus for transmitting electrical quantity data based on Beidou satellite communication, and is configured to send the power information data message converted by the apparatus for transmitting electrical quantity data based on Beidou satellite communication to a central master station through a Beidou satellite communication server; or receive the power information data reporting command message from the central master station through the Beidou satellite communication server; and the Beidou satellite communication server which is coupled with the Beidou satellite communication apparatus, and is configured to inversely convert the power information data message converted by the apparatus for transmitting electrical quantity data based on Beidou satellite communication into the power information data message and send the power information data message to the central master station; or convert the power information data reporting command message sent by the central master station and send the the power information data reporting command message converted to the Beidou satellite communication apparatus.
9. A method for transmitting electrical quantity data based on Beidou satellite communication, comprising:
receiving a power information data message from a centralized meter reading acquisition apparatus;
converting the power information data message into one or more first Beidou short messages; and sending the one or more first Beidou short messages to a Beidou satellite communication server, wherein the one or more first Beidou short messages are restored to the power information data message by the Beidou satellite communication server and then the power information data message is sent to a central master station by the Beidou satellite communication server;
wherein converting the power information data message into the one or more first Beidou short messages comprises:
parsing the power information data message, and judging whether the number of bytes of the power information data message is more than the maximal number of single frame bytes of each first Beidou short message;
when the number of bytes of the power information data message is not more than the maximal number of single frame bytes of each first Beidou short message, directly converting the power information data message into one first Beidou short message, and adding identity information of the centralized meter reading acquisition apparatus to the first Beidou short message, wherein the identity information is used for identifying the centralized meter reading acquisition apparatus to which the first Beidou short message belongs by the Beidou satellite communication server; and when the number of bytes of the power information data message is more than the maximal number of single frame bytes of each first Beidou short message, splitting and converting the power information data message into a plurality of first Beidou short messages and adding the identity information and ordinal information of each first Beidou short message to each first Beidou short message, wherein the ordinal information is used for recombining the plurality of first Beidou short messages by the Beidou satellite communication server;
wherein converting one second Beidou short message into the power information data reporting command message comprises:
verifying integrity and accuracy of the second Beidou short message received; and when the integrity and accuracy of the second Beidou short message are verified successfully, directly converting the second Beidou short message into the power information data reporting command message;
wherein before the power information data message is received, the method further comprises:
receiving one or more second Beidou short messages from the central master station;
converting the one or more second Beidou short messages into a power information data reporting command message, wherein the power information data reporting command message is used for instructing the centralized meter reading acquisition apparatus to report power information data; and sending the power information data reporting command message to the centralized meter reading acquisition apparatus;
wherein converting one second Beidou short message into the power information data reporting command message comprises:
verifying integrity and accuracy of the second Beidou short message received; and when the integrity and accuracy of the second Beidou short message are verified successfully, directly converting the second Beidou short message into the power information data reporting command message.
receiving a power information data message from a centralized meter reading acquisition apparatus;
converting the power information data message into one or more first Beidou short messages; and sending the one or more first Beidou short messages to a Beidou satellite communication server, wherein the one or more first Beidou short messages are restored to the power information data message by the Beidou satellite communication server and then the power information data message is sent to a central master station by the Beidou satellite communication server;
wherein converting the power information data message into the one or more first Beidou short messages comprises:
parsing the power information data message, and judging whether the number of bytes of the power information data message is more than the maximal number of single frame bytes of each first Beidou short message;
when the number of bytes of the power information data message is not more than the maximal number of single frame bytes of each first Beidou short message, directly converting the power information data message into one first Beidou short message, and adding identity information of the centralized meter reading acquisition apparatus to the first Beidou short message, wherein the identity information is used for identifying the centralized meter reading acquisition apparatus to which the first Beidou short message belongs by the Beidou satellite communication server; and when the number of bytes of the power information data message is more than the maximal number of single frame bytes of each first Beidou short message, splitting and converting the power information data message into a plurality of first Beidou short messages and adding the identity information and ordinal information of each first Beidou short message to each first Beidou short message, wherein the ordinal information is used for recombining the plurality of first Beidou short messages by the Beidou satellite communication server;
wherein converting one second Beidou short message into the power information data reporting command message comprises:
verifying integrity and accuracy of the second Beidou short message received; and when the integrity and accuracy of the second Beidou short message are verified successfully, directly converting the second Beidou short message into the power information data reporting command message;
wherein before the power information data message is received, the method further comprises:
receiving one or more second Beidou short messages from the central master station;
converting the one or more second Beidou short messages into a power information data reporting command message, wherein the power information data reporting command message is used for instructing the centralized meter reading acquisition apparatus to report power information data; and sending the power information data reporting command message to the centralized meter reading acquisition apparatus;
wherein converting one second Beidou short message into the power information data reporting command message comprises:
verifying integrity and accuracy of the second Beidou short message received; and when the integrity and accuracy of the second Beidou short message are verified successfully, directly converting the second Beidou short message into the power information data reporting command message.
10. The method according to claim 9, wherein converting a plurality of second Beidou short messages into the power information data reporting command message comprises:
verifying integrity and accuracy of the plurality of second Beidou short messages received in sequence, and when the integrity and accuracy of the plurality of second Beidou short messages are verified successfully, converting and recombining the plurality of second Beidou short messages into the power information data reporting command message.
verifying integrity and accuracy of the plurality of second Beidou short messages received in sequence, and when the integrity and accuracy of the plurality of second Beidou short messages are verified successfully, converting and recombining the plurality of second Beidou short messages into the power information data reporting command message.
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| CN201320516499 | 2013-08-22 | ||
| CN201320516499.2 | 2013-08-22 | ||
| CN201310370054.2A CN103415001B (en) | 2013-08-22 | 2013-08-22 | Device, system and method for message forwarding |
| CN201310370054.2 | 2013-08-22 | ||
| PCT/CN2013/083996 WO2015024284A1 (en) | 2013-08-22 | 2013-09-23 | Beidou satellite communication-based electric quantity data transmission system, method and apparatus |
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| CA2921075A1 CA2921075A1 (en) | 2015-02-26 |
| CA2921075C true CA2921075C (en) | 2018-06-19 |
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| CN106448110B (en) * | 2016-10-26 | 2022-09-16 | 南方电网科学研究院有限责任公司 | Metering automation data acquisition system and method based on Beidou satellite |
| CN106384212A (en) * | 2016-11-22 | 2017-02-08 | 陕西诺维北斗信息科技股份有限公司 | Smart operation management system for power grid |
| CN107132412B (en) * | 2017-05-19 | 2024-02-06 | 泰斗微电子科技有限公司 | Beidou communication terminal and concentrator |
| CN107948957A (en) * | 2017-11-15 | 2018-04-20 | 广西师范学院 | A kind of control system of Big Dipper terminal for Big Dipper short message transmitting |
| CN110662174A (en) * | 2018-06-30 | 2020-01-07 | 北京华泰安信科技有限公司 | Command code transmission implementation method based on Beidou short message |
| CN110581861B (en) * | 2019-10-09 | 2023-06-30 | 中国地质科学院地质力学研究所 | Outdoor networking method, acquisition server, acquisition system and storage medium |
| CN110798474A (en) * | 2019-11-04 | 2020-02-14 | 国网思极神往位置服务（北京）有限公司 | Power data transmission safety protection system based on Beidou short message communication mode |
| CN113055832B (en) * | 2019-12-27 | 2022-03-29 | 北京联合众为科技发展有限公司 | Method for uniformly managing and sending Beidou short messages of multiple same Beidou devices |
| CN111667680A (en) * | 2020-06-03 | 2020-09-15 | 贵州电网有限责任公司 | Data transmission method, RDSS communication terminal and storage medium |
| CN113346979B (en) * | 2021-06-20 | 2023-11-28 | 深圳弘星智联科技有限公司 | Method for improving success rate of carrier communication by dynamically adjusting data frame length |
| CN114884630A (en) * | 2022-04-20 | 2022-08-09 | 中国石油大学(华东) | Data broadcasting method, system, medium and equipment based on Beidou short message communication |
| CN114900805A (en) * | 2022-05-07 | 2022-08-12 | 武汉星辰北斗科技有限公司 | High-concurrency Beidou third-order short message receiving and sending method, system and device |
| CN114915383B (en) * | 2022-07-15 | 2022-11-18 | 北京太极疆泰科技发展有限公司 | Short message state synchronization method for handset toward north-fighting communication platform |
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| EP2330442A3 (en) * | 2009-11-17 | 2011-12-28 | Samsung Electronics Co., Ltd. | Navigation receivers and navigation methods thereof |
| CN203025933U (en) * | 2012-08-24 | 2013-06-26 | 北京国智恒电力管理科技集团有限公司 | Beidou data communication device for acquiring power consumption information by using Beidou navigation technology |
| CN203025932U (en) * | 2012-08-24 | 2013-06-26 | 北京国智恒电力管理科技集团有限公司 | Beidou data communication device for acquiring power consumption information by using Beidou navigation technology |
| CN102810243B (en) * | 2012-08-24 | 2014-03-26 | 北京国智恒电力管理科技集团有限公司 | Power utilization information collection method and system based on technology of Beidou satellite navigation system |
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