CN114285686A - Electric power internet of things equipment communication system and method - Google Patents
Electric power internet of things equipment communication system and method Download PDFInfo
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- CN114285686A CN114285686A CN202111418502.2A CN202111418502A CN114285686A CN 114285686 A CN114285686 A CN 114285686A CN 202111418502 A CN202111418502 A CN 202111418502A CN 114285686 A CN114285686 A CN 114285686A
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Abstract
The embodiment of the invention provides a communication system and a method for electric power internet of things equipment, wherein the communication system for the electric power internet of things equipment comprises the following steps: a first network system communicatively connected to the internet; the second network system is used for private line access network access and/or third party network access; the first network system is in communication connection with the second network system through a network isolation device. The scheme of the invention can support at least one network access of the internet, the private line access network and the third party network, and meets the actual requirement.
Description
Technical Field
The invention relates to the technical field of power internet of things network architectures, in particular to a power internet of things equipment communication system and a power internet of things equipment communication method.
Background
The electric power internet of things system comprises various network devices, such as a service system, middleware, a database, a cloud platform, an operating system, server hardware and the like. A corresponding operating system is installed on server hardware, a cloud platform is operated on the operating system, and a database is operated on the cloud platform, wherein the database can comprise a financial distributed database, a relational database and the like; the database can support a platform applying middleware, and a corresponding service system runs on the middleware platform.
However, in the prior art, the power internet of things cannot support a service system running on a cloud platform.
Disclosure of Invention
The technical problem to be solved by the invention is to provide a communication system and method for electric power internet of things equipment, which can support at least one network access of the internet, a private line access network and a third-party network and meet the actual requirement.
In order to solve the technical problems, the technical scheme of the invention is as follows:
an electric power internet of things device communication system, comprising:
a first network system communicatively connected to the internet;
the second network system is used for private line access network access and/or third party network access;
the first network system is in communication connection with the second network system through a network isolation device.
Optionally, the first network system includes: the system comprises a first cloud management platform, a second cloud management platform and first exit guard zone equipment;
the first cloud management platform is in communication connection with the internet through first exit guard zone equipment and is in communication connection with the network isolation equipment through the first exit guard zone equipment;
the second cloud management platform is in communication connection with the network isolation device through the first bite guard device.
Optionally, the first exit guard zone device comprises: at least two groups of firewalls;
the first cloud management platform is in communication connection with the Internet through a first firewall in the at least two groups of firewalls and is in communication connection with the network isolation device through a second firewall in the at least two groups of firewalls;
and the second cloud management platform is in communication connection with the network isolation device through a second group of firewalls in the at least two groups of firewalls.
Optionally, the network isolation device includes: a first gatekeeper and a second gatekeeper;
the first gatekeeper is connected with a first firewall in the second group of firewalls;
the second gatekeeper is connected to a second firewall in the second set of firewalls.
Optionally, the first cloud management platform includes:
a first cluster server;
at least one access switch ASW connected to the first cluster server;
at least one core switch DSW connected to the ASW;
interconnection switches ISW which are connected with the DSW in a one-to-one correspondence manner;
a first optical splitter connected to the ISW;
a second cluster server;
at least one integrated access switch (LSW) connected to the second cluster server;
the intranet access switch CSW is connected with the at least one LSW;
a second optical splitter connected to the CSW;
wherein the first optical splitter is communicatively coupled to the internet via the first set of firewalls;
the second optical splitter is communicatively coupled to the network isolation device through the second set of firewalls.
Optionally, the second cloud management platform includes:
a third cluster server;
at least one switch SW;
at least one out-of-band management access switch OASW connected to the third cluster server;
an out-of-band management aggregation switch (OSW) connected to the OASW and the at least one SW;
a container service ACS device connected to the at least one SW;
and the OSW and the ACS are connected with the second group of firewall through an out-of-band management core switch OMR and are connected with the network isolation equipment through the second group of firewall.
Optionally, the second network system includes: the system comprises a third cloud management platform, a fourth cloud management platform and second exit guard zone equipment;
the third cloud management platform is in communication connection with the private access network and/or a third party network through the second exit guard zone device;
and the fourth cloud management platform is in communication connection with the private access network and/or a third party network through the second exit guard zone device.
Optionally, the second exit guard zone device comprises: the first special line convergence gateway is connected with the first fire prevention wall and the second fire prevention wall;
the third cloud management platform is connected with the first special line convergence gateway through the third firewall, and the first special line convergence gateway is in communication connection with the special line access network;
and the fourth cloud management platform is connected with the second special line convergence gateway through the fourth fireproof wall, and the second special line convergence gateway is in communication connection with the third-party external network.
Optionally, the third cloud management platform includes:
a fourth cluster server;
at least one switch SW;
at least one out-of-band management access switch OASW connected to said fourth cluster server;
an out-of-band management aggregation switch (OSW) connected to the OASW and the at least one switch SW;
a container service ACS device connected to the at least one switch SW;
the OSW and the ACS are connected with the third fire prevention wall and the fourth fire prevention wall through an OMR (out-of-band management core switch), the third fire prevention wall is connected with the first special line convergence gateway, and the fourth fire prevention wall is connected with the second special line convergence gateway.
Optionally, the fourth cloud management platform includes:
a fifth cluster server;
at least one access switch ASW connected to the fifth cluster server;
at least one core switch DSW connected to the ASW;
interconnection switches ISW which are connected with the DSW in a one-to-one correspondence manner;
a sixth cluster server;
at least one integrated access switch (LSW) connected to the sixth cluster server;
the intranet access switch CSW is connected with the at least one LSW;
a third optical splitter connected to the CSW;
the third light splitter is connected with the third fireproof wall and the fourth fireproof wall, the third fireproof wall is connected with the first special line convergence gateway, and the fourth fireproof wall is connected with the second special line convergence gateway.
The embodiment of the invention also provides a data transmission method of the power internet of things equipment communication system, which comprises the following steps:
the method comprises the steps that a first network system is in communication connection with a second network system through a network isolation device, and the first network system transmits first data to the second network system through the network isolation device;
the first network system includes: the system comprises a first cloud management platform, a second cloud management platform and first exit guard zone equipment; the first cloud management platform is in communication connection with the internet through first exit guard zone equipment and is in communication connection with the network isolation equipment through the first exit guard zone equipment; the second cloud management platform is in communication connection with the network isolation device through the first bite guard device;
the network isolation device includes: a first gatekeeper and a second gatekeeper; the first gatekeeper is connected with a first firewall in the second group of firewalls; the second gatekeeper is connected with a second firewall in the second group of firewalls;
the second network system includes: the system comprises a third cloud management platform, a fourth cloud management platform and second exit guard zone equipment; the third cloud management platform is in communication connection with the private access network and/or a third party network through the second exit guard zone device; and the fourth cloud management platform is in communication connection with the private access network and/or a third party network through the second exit guard zone device.
The scheme of the invention at least comprises the following beneficial effects:
according to the scheme of the invention, the electric power internet of things equipment communication system comprises: a first network system communicatively connected to the internet; the second network system is used for private line access network access and/or third party network access; the first network system is in communication connection with the second network system through a network isolation device. The method can support at least one network access of the internet, private network access and third-party network, and meet the actual requirement.
Drawings
Fig. 1 is a general architecture diagram of the power internet of things device communication system of the present invention;
fig. 2 is a schematic architecture diagram of a first network system in the power internet of things device communication system of the present invention;
fig. 3 is a schematic architecture diagram of a second network system in the power internet of things device communication system of the present invention.
Detailed Description
Exemplary embodiments of the present disclosure will be described in more detail below with reference to the accompanying drawings. While exemplary embodiments of the present disclosure are shown in the drawings, it should be understood that the present disclosure may be embodied in various forms and should not be limited to the embodiments set forth herein. Rather, these embodiments are provided so that this disclosure will be thorough and complete, and will fully convey the scope of the disclosure to those skilled in the art.
As shown in fig. 1, an embodiment of the present invention provides an electric power internet of things device communication system, including:
a first network system communicatively connected to the internet;
the second network system is used for private line access network access and/or third party network access;
the first network system is in communication connection with the second network system through a network isolation device.
The electric power thing allies oneself with equipment communication system that this embodiment of the invention states includes: a first network system communicatively connected to the internet; the second network system is used for private line access network access and/or third party network access; the first network system is in communication connection with the second network system through a network isolation device. The method can support at least one network access of the internet, private network access and third-party network, and meet the actual requirement.
In an optional embodiment of the present invention, the first network system includes: the system comprises a first cloud management platform, a second cloud management platform and first exit guard zone equipment;
the first cloud management platform is in communication connection with the internet through first exit guard zone equipment and is in communication connection with the network isolation equipment through the first exit guard zone equipment;
the second cloud management platform is in communication connection with the network isolation device through the first bite guard device.
In an optional embodiment of the present invention, the network isolation device includes: a first gatekeeper and a second gatekeeper; the first gatekeeper is connected with a first firewall in the second group of firewalls; the second gatekeeper is connected to a second firewall in the second set of firewalls. The first firewall and the second firewall are isolated by VPC (virtual private network). Of course, the second group of firewalls is not limited to two, and may include multiple firewalls.
Here, the gatekeeper is an information security isolation component, is located between two different physical networks or security domains, and implements data exchange in an information ferry manner by means of protocol conversion, and only information explicitly required to be transmitted by the system can pass through. Therefore, the isolation of the network is ensured, and the safety of the private network is ensured.
In an alternative embodiment of the present invention, the first exit guard zone device comprises: at least two groups of firewalls;
the first cloud management platform is in communication connection with the Internet through a first firewall in the at least two groups of firewalls and is in communication connection with the network isolation device through a second firewall in the at least two groups of firewalls;
and the second cloud management platform is in communication connection with the network isolation device through a second group of firewalls in the at least two groups of firewalls.
In an optional embodiment of the present invention, the first cloud management platform includes:
a first cluster server; here, the first cluster server may include a plurality of servers, such as 1000 or more;
at least one Access Switch (ASW) connected to the first cluster server;
at least one core switch (DSW) connected with the ASW;
interconnection Switches (ISWs) connected in one-to-one correspondence with the DSWs;
a first optical splitter connected to the ISW;
a second cluster server; similarly, the second cluster server may also include a plurality of servers, such as more than 500 servers;
at least one integrated access switch (LSW) connected to the second cluster server;
an intranet access switch (CSW) connected to the at least one LSW;
a second optical splitter connected to the CSW;
wherein the first optical splitter is communicatively coupled to the internet via the first set of firewalls; the first group of firewalls can be two or more than two, and internet protection is performed among a plurality of firewalls; the second optical splitter is communicatively coupled to the network isolation device through the second set of firewalls.
In an optional embodiment of the present invention, the second cloud management platform includes: a third cluster server; at least one Switch (SW); at least one out-of-band management access switch (OASW) connected to the third cluster server;
an out-of-band management aggregation switch (OSW) connected to the OASW and the at least one SW;
a Container Service (ACS) device connected to the at least one SW;
and the OSW and the ACS are connected with the second group of firewall through an out-of-band management core switch OMR and are connected with the network isolation equipment through the second group of firewall.
In an optional embodiment of the present invention, the second network system includes: the system comprises a third cloud management platform, a fourth cloud management platform and second exit guard zone equipment;
the third cloud management platform is in communication connection with the private access network and/or a third party network through the second exit guard zone device;
and the fourth cloud management platform is in communication connection with the private access network and/or a third party network through the second exit guard zone device.
In an alternative embodiment of the present invention, the second exit guard zone device comprises: the first special line convergence gateway is connected with the first fire prevention wall and the second fire prevention wall;
the third cloud management platform is connected with the first special line convergence gateway through the third firewall, and the first special line convergence gateway is in communication connection with the special line access network;
and the fourth cloud management platform is connected with the second special line convergence gateway through the fourth fireproof wall, and the second special line convergence gateway is in communication connection with the third-party external network. Of course, the second exit guard zone device may further include more firewalls, which may be deployed according to specific needs.
In an optional embodiment of the present invention, the third cloud management platform includes:
a fourth cluster server; at least one Switch (SW); at least one out-of-band management access switch (OASW) connected to the fourth cluster server;
an out-of-band management aggregation switch (OSW) connected to the OASW and the at least one switch SW;
a Container Service (ACS) device connected to the at least one switch SW;
the OSW and the ACS are connected with the third fire prevention wall and the fourth fire prevention wall through an OMR (out-of-band management core switch), the third fire prevention wall is connected with the first special line convergence gateway, and the fourth fire prevention wall is connected with the second special line convergence gateway. Thereby realizing the access of the private network and the access of the third party network.
In an optional embodiment of the present invention, the fourth cloud management platform includes:
a fifth cluster server; at least one Access Switch (ASW) connected to the fifth cluster server; at least one core switch (DSW) connected with the ASW;
interconnection Switches (ISWs) connected in one-to-one correspondence with the DSWs;
a sixth cluster server;
at least one integrated access switch (LSW) connected to the sixth cluster server;
an intranet access switch (CSW) connected to the at least one LSW;
a third optical splitter connected to the CSW;
the third light splitter is connected with the third fireproof wall and the fourth fireproof wall, the third fireproof wall is connected with the first special line convergence gateway, and the fourth fireproof wall is connected with the second special line convergence gateway.
The electric power internet of things equipment communication system can meet the requirement of accessing different networks and has safe, stable and reliable performance.
The embodiment of the invention also provides a data transmission method of the power internet of things equipment communication system, which comprises the following steps:
transmitting the data of the first network system and the second network system to the second network system through the network isolation device;
the first network system includes: the system comprises a first cloud management platform, a second cloud management platform and first exit guard zone equipment; the first cloud management platform is in communication connection with the internet through first exit guard zone equipment and is in communication connection with the network isolation equipment through the first exit guard zone equipment; the second cloud management platform is in communication connection with the network isolation device through the first bite guard device;
the network isolation device includes: a first gatekeeper and a second gatekeeper; the first gatekeeper is connected with a first firewall in the second group of firewalls; the second gatekeeper is connected with a second firewall in the second group of firewalls;
the second network system includes: the system comprises a third cloud management platform, a fourth cloud management platform and second exit guard zone equipment; the third cloud management platform is in communication connection with the private access network and/or a third party network through the second exit guard zone device; and the fourth cloud management platform is in communication connection with the private access network and/or a third party network through the second exit guard zone device.
It should be noted that, the method is applied to the above-mentioned power internet of things device communication system, and all implementation manners in the above-mentioned system are applicable to the embodiment of the method, and the same technical effect can be achieved.
The electric power internet of things equipment communication system can meet the requirement of accessing different networks, has safe, stable and reliable performance, and realizes reliable data transmission.
While the foregoing is directed to the preferred embodiment of the present invention, it will be understood by those skilled in the art that various changes and modifications may be made without departing from the spirit and scope of the invention as defined in the appended claims.
Claims (10)
1. An electric power thing allies oneself with equipment communication system, characterized by includes:
a first network system communicatively connected to the internet;
the second network system is used for private line access network access and/or third party network access;
the first network system is in communication connection with the second network system through a network isolation device.
2. The power internet of things device communication system of claim 1, wherein the first network system comprises: the system comprises a first cloud management platform, a second cloud management platform and first exit guard zone equipment;
the first cloud management platform is in communication connection with the internet through first exit guard zone equipment and is in communication connection with the network isolation equipment through the first exit guard zone equipment;
the second cloud management platform is in communication connection with the network isolation device through the first bite guard device.
3. The power internet of things device communication system of claim 2, wherein the first exit guard zone device comprises: at least two groups of firewalls;
the first cloud management platform is in communication connection with the Internet through a first firewall in the at least two groups of firewalls and is in communication connection with the network isolation device through a second firewall in the at least two groups of firewalls;
and the second cloud management platform is in communication connection with the network isolation device through a second group of firewalls in the at least two groups of firewalls.
4. The power internet of things device communication system of claim 3, wherein the network isolation device comprises: a first gatekeeper and a second gatekeeper;
the first gatekeeper is connected with a first firewall in the second group of firewalls;
the second gatekeeper is connected to a second firewall in the second set of firewalls.
5. The power internet of things device communication system of claim 4, wherein the first cloud management platform comprises:
a first cluster server;
at least one access switch ASW connected to the first cluster server;
at least one core switch DSW connected to the ASW;
interconnection switches ISW which are connected with the DSW in a one-to-one correspondence manner;
a first optical splitter connected to the ISW;
a second cluster server;
at least one integrated access switch (LSW) connected to the second cluster server;
the intranet access switch CSW is connected with the at least one LSW;
a second optical splitter connected to the CSW;
wherein the first optical splitter is communicatively coupled to the internet via the first set of firewalls;
the second optical splitter is communicatively coupled to the network isolation device through the second set of firewalls.
6. The power internet of things device communication system of claim 5, wherein the second cloud management platform comprises:
a third cluster server;
at least one switch SW;
at least one out-of-band management access switch OASW connected to the third cluster server;
an out-of-band management aggregation switch (OSW) connected to the OASW and the at least one SW;
a container service ACS device connected to the at least one SW;
and the OSW and the ACS are connected with the second group of firewall through an out-of-band management core switch OMR and are connected with the network isolation equipment through the second group of firewall.
7. The power internet of things device communication system of claim 6, wherein the second network system comprises: the system comprises a third cloud management platform, a fourth cloud management platform and second exit guard zone equipment;
the third cloud management platform is in communication connection with the private access network and/or a third party network through the second exit guard zone device;
and the fourth cloud management platform is in communication connection with the private access network and/or a third party network through the second exit guard zone device.
8. The power internet of things device communication system of claim 7, wherein the second exit guard zone device comprises: the first special line convergence gateway is connected with the first fire prevention wall and the second fire prevention wall;
the third cloud management platform is connected with the first special line convergence gateway through the third firewall, and the first special line convergence gateway is in communication connection with the special line access network;
and the fourth cloud management platform is connected with the second special line convergence gateway through the fourth fireproof wall, and the second special line convergence gateway is in communication connection with the third-party external network.
9. The power internet of things device communication system of claim 8, wherein the third cloud management platform comprises:
a fourth cluster server;
at least one switch SW;
at least one out-of-band management access switch OASW connected to said fourth cluster server;
an out-of-band management aggregation switch (OSW) connected to the OASW and the at least one switch SW;
a container service ACS device connected to the at least one switch SW;
the OSW and the ACS are connected with the third fire prevention wall and the fourth fire prevention wall through an OMR (out-of-band management core switch), the third fire prevention wall is connected with the first special line convergence gateway, and the fourth fire prevention wall is connected with the second special line convergence gateway.
10. A data transmission method of a power internet of things device communication system is characterized by comprising the following steps:
transmitting the data of the first network system to a second network system through network isolation equipment;
the first network system includes: the system comprises a first cloud management platform, a second cloud management platform and first exit guard zone equipment; the first cloud management platform is in communication connection with the internet through first exit guard zone equipment and is in communication connection with the network isolation equipment through the first exit guard zone equipment; the second cloud management platform is in communication connection with the network isolation device through the first bite guard device;
the network isolation device includes: a first gatekeeper and a second gatekeeper; the first gatekeeper is connected with a first firewall in the second group of firewalls; the second gatekeeper is connected with a second firewall in the second group of firewalls;
the second network system includes: the system comprises a third cloud management platform, a fourth cloud management platform and second exit guard zone equipment; the third cloud management platform is in communication connection with the private access network and/or a third party network through the second exit guard zone device; and the fourth cloud management platform is in communication connection with the private access network and/or a third party network through the second exit guard zone device.
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| CN202111418502.2A CN114285686A (en) | 2021-11-24 | 2021-11-24 | Electric power internet of things equipment communication system and method |
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| CN202111418502.2A CN114285686A (en) | 2021-11-24 | 2021-11-24 | Electric power internet of things equipment communication system and method |
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| CN107231371A (en) * | 2017-06-23 | 2017-10-03 | 国家电网公司 | The safety protecting method of Electricity Information Network, device and system |
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Application publication date: 20220405 |