For decades, the power industry has relied on traditional power transmission and management systems. However, with the rise of digital technology, traditional power networks can no longer meet the demands of modern society for electricity. Therefore, power companies are facing an urgent need for network upgrades.
The new generation of power networks will utilize intelligent technology, enabling remote monitoring and management. This will significantly improve the operational efficiency and reliability of power systems, reducing power outages and failures.
With the widespread adoption of renewable energy, traditional power networks cannot meet the requirements for energy distribution and management. The upgraded network will better support the integration and management of renewable energy, promoting the development of clean energy.
The new generation of power networks will provide users with more convenient and personalized services, such as smart meters, online payments, etc., enhancing user experience and satisfaction.
Optimized power networks will provide more stable and reliable power supply for industrial production and commercial activities, promoting economic development and growth.
Implementing network upgrades requires the introduction of a large number of new technologies and equipment, necessitating significant investment of funds and human resources by power companies.
The new generation of power networks will involve a large amount of data collection and transmission, posing significant challenges in ensuring data security and user privacy.
There are differences between power networks in different regions and countries. Achieving interconnection between different networks will be a complex and challenging task.
The power industry is subject to strict regulation. Implementing network upgrades requires compliance with various laws, regulations, and standards, increasing the complexity and cost of the project.
With the continuous evolution of the energy Internet, it is recommended that power companies deepen their business centralization on the cloud and ubiquitous IoT strategies. The scenario-based solution for intelligent power data networks targets current trends such as business cloudification and ubiquitous IoT, using IPv6+ innovative technologies to unify the entire network architecture, achieve cloud-network collaboration, intelligent operations and maintenance, and flexible assurance, and build an intelligent and streamlined power data network.
Module | Available Equipment | Product Image | Brand |
---|---|---|---|
Data Center Network | S7506E | H3C | |
Cloud Backbone Internet | SR6604 | H3C | |
Backbone Data Network | MSR5620 | H3C | |
Municipal Data Network | MSR3620-X1 | H3C | |
Power Security | Firewall: F1000-9305-AI; Threat Perception: H3C SecCenter CSAP-X | H3C |
With the gradual enrichment of G-network cloud-based business systems, different types of business systems have increasingly higher requirements for the timely opening of network dedicated channels, network reliability, and network bandwidth experience. We provide construction ideas for intelligent cloud backbones and data networks based on SDN+SRv6+iFIT, as well as the concept of cloud-network collaboration, to help G-network form a unified architecture public service cloud platform.