Online monitoring solution for wind power generation
With the increasing global attention to renewable energy, wind power generation, as a clean and sustainable form of energy, has been widely applied and promoted. At the same time, the safety, stability, and reliability of wind power generation equipment are becoming increasingly important. However, wind power plants are usually located in remote areas with insufficient communication network coverage, which brings many inconveniences to operation and maintenance. To address this issue, our company has proposed an online monitoring solution for wind power generation and constructed a complete network topology structure to meet the data transmission needs of different levels. Intended to improve the operational efficiency and management level of wind power plants, ensuring the stability and safety of power production. The following is a specific plan:
Scheme description:
Core end: In the central computer room of the wind power plant, our company has chosen a high-performance 40000 megabit optical 24 gigabit electrical core switch as the network
core equipment. This core switch has characteristics such as high throughput, low latency, and high reliability, which can meet the requirements of high-speed transmission of large
amounts of data and security and reliability. At the same time, it also supports rich business features such as VLAN, QoS, routing, etc., to meet the needs of different businesses.
Aggregation end: In various areas of the wind power plant, our company has selected a 40000 megabit optical 24 gigabit optical 8-multiplex wire aggregation switch as the key
equipment to connect the core switch and the access switch. This aggregation switch has high performance and scalability, enabling high-speed data forwarding and centralized
management of devices. At the same time, it also supports a variety of network protocols and port types to meet the connection needs of different network devices.
Access end: In various wind turbines and related subsystems of the wind power plant, our company has selected a 2 Gigabit optical and 8 Gigabit electrical access switch as the network
access equipment. This access switch has characteristics such as high and low temperature resistance, lightning protection, and corrosion resistance, which can meet the stable operation
requirements of wind power plants in harsh environments. At the same time, it also supports basic network protocols and port types to achieve data transmission and control.
The use of Saikang's SC Ring ring redundancy technology in the communication network of wind power plants effectively avoids network communication failures caused by equipment
failures, power outages, fiber drops, and other reasons, achieves effective monitoring of the entire network segment, reduces the work pressure of operation and maintenance personnel,
and ensures the safe operation of wind power plant network communication.
