Shandong's industrial structure has long positioned the province as a major energy consumer. With the ongoing transformation of old and new kinetic energy, Shandong is now striving for high-quality development. This requires a coordinated approach to energy supply, including coal, electricity, natural gas, and renewable sources. By optimizing the energy supply structure, expanding multiple supply channels, and enhancing the reliability of key energy sources, Shandong can better support the transition of its industries and meet the growing demand for clean and efficient power.
One of the most effective ways to strengthen energy security and ensure a stable power supply is by building a UHV (Ultra High Voltage) power grid and promoting the "Power Import into Shandong" initiative. This not only addresses the imbalance between power supply and demand but also supports environmental protection, reduces emissions, and helps in controlling air pollution. As a critical component of the energy Internet, UHV technology offers long-distance transmission with minimal loss, making it the most advanced and efficient method for power delivery.
In recent years, Shandong Power Grid has experienced significant growth, improving its resource allocation and smart grid capabilities. The province has now entered the UHV era, greatly enhancing its ability to receive external power. Completed UHV projects have already shown positive results, marking a crucial step toward energy transformation, structural adjustment, and sustainable development. These efforts contribute to ensuring power supply stability, driving economic growth, and supporting ecological civilization.
Looking ahead, the integration of UHV transmission lines with international networks could bring clean energy from abroad to Shandong, providing a strong foundation for the comprehensive construction of a moderately prosperous society. To achieve this, it is recommended that Shandong prioritize the development of an exchange ring network and AC transmission projects to establish a robust UHV receiving system. This will enhance grid interconnection, improve stability, and increase the grid’s capacity to manage both incoming and internal power flows.
Additionally, it is essential to implement a strategy focused on high-quality grid development, emphasizing safety, efficiency, and environmental sustainability. Accelerating the integration of multi-energy conversion, intelligent control, and modern information technologies will help build an open and shared Energy Internet. Revising the national "13th Five-Year Plan" to include UHV grid development and related projects will speed up the formation of China’s energy Internet, creating a backbone for optimal resource and environmental management.
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