IoT architecture:
The Internet of Things (IoT) for energy gathering and exchange power stations can be divided into four levels: application layer, platform layer, network layer, and perception layer. Firstly, the underlying layer is the perception layer used to collect data. After the network layer perceives the underlying device, it needs to be transmitted to the platform layer through the network for processing. The platform layer can synthesize information to draw useful conclusions and make decisions, and the application layer receives information and presents it.
Advantages of energy gathering station control system:
The Internet of Things (IoT) for energy gathering and exchange power stations can be divided into four levels: application layer, platform layer, network layer, and perception layer. Firstly, the underlying layer is the perception layer used to collect data. After the network layer perceives the underlying device, it needs to be transmitted to the platform layer through the network for processing. The platform layer can synthesize information to draw useful conclusions and make decisions, and the application layer receives information and presents it.
Advantages of energy gathering station control system:
The station control system of the power plant requires technical personnel to provide management and maintenance of hardware interface information, achieve monitoring and management of interface information of various system hardware equipment in the power plant, and meet the requirements of accessing self-developed software products.
