Electric energy transmission system and method based on Internet of Things and Ethernet
A power transmission system and Ethernet technology, applied in the field of power transmission systems based on the Internet of Things and Ethernet, can solve the problems of large and complicated information in the dispatching and monitoring center, which is not conducive to the rapid identification of information by power companies, and facilitate mass production and transmission The effect of fast speed and guaranteed accuracy
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Embodiment 1
[0053] Such as Figure 1-3 As shown, in the embodiment of the present invention, a power transmission system based on the Internet of Things and Ethernet is proposed, including:
[0054] Several power collection devices 1 for obtaining power quality information;
[0055] A sending node 2 corresponding to each electric energy collection device 1 one by one, and each sending node 2 is used to send the power quality information collected by the corresponding electric energy collection device 1;
[0056] A relay node 3 for receiving the power quality information sent by each sending node 2;
[0057] And a server 4 that is connected to each relay node 3 and summarizes the power quality information sent by each relay node 3; wherein,
[0058] The sending node 2 includes a first power supply 21 and a first embedded processor 24 powered by the first power supply 21, a first FLASH memory 22, a first wireless communication module 23 and a first RS485 circuit 25, the first embedded pro...
Embodiment 2
[0064] Such as Figure 4-6 As shown, in the embodiment of the present invention, a proposed method of power transmission based on the Internet of Things and Ethernet includes the following steps:
[0065] Step S1, placing a power collection device 1 at each power quality collection point, and obtaining corresponding power quality information;
[0066] Step S2, the sending node 2 receives the power quality information collected by each power collection device 1, and detects whether it is the sending node 2; if so, executes step S3; if not, then judges that the sending node 2 is a relay node 3 , storing the collected power quality information into the second FLASH memory 32, and executing step S4;
[0067] Step S3, the sending node 2 sends the collected power quality information to the relay node 3 via Ethernet, and the relay node 3 stores the collected power quality information into the second FLASH memory 32;
[0068] Step S4, the relay node 3 reads the power quality informa...
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