“世界核电第一大塔”落子湛江，将如何重塑粤西能源版图？

Core Insights - The Guangdong Lianjiang Nuclear Power Project aims to construct two 1.25 million kilowatt third-generation nuclear power units, expected to be operational by 2028, generating an annual output of 20 billion kilowatt-hours, sufficient to meet the electricity needs of approximately 4 million households [1][2] - Once all six planned units are completed, the project will achieve an annual generation capacity of 70 billion kilowatt-hours, fulfilling the electricity demand for the entire western Guangdong region and significantly reducing coal consumption and carbon emissions [2][3] Environmental Impact - The project utilizes a new seawater secondary cooling technology, which reduces wastewater discharge to one-fortieth of traditional nuclear power plants, with discharge temperatures close to natural seawater, enhancing its environmental friendliness [1][4] - The project is projected to save approximately 20 million tons of standard coal and reduce carbon dioxide emissions by 52 million tons annually, equivalent to the effect of planting about 148,000 hectares of broadleaf forest [3] Technological Advancements - The Lianjiang Nuclear Power Project features the world's largest seawater cooling tower, employing innovative secondary cooling technology that recycles cooling water, significantly lowering water intake and operational risks associated with marine life [4] - The cooling tower's high-level collection design improves cooling efficiency and reduces energy consumption, leading to an annual electricity savings of 6 million kilowatt-hours [4] Regional Development - The project is integrated with local development, contributing to infrastructure improvements such as highways and ports, which enhance transportation and economic activities in the region [5][6] - The collaboration has resulted in significant increases in local industrial output and public revenue, demonstrating the project's positive economic impact [6] Community Engagement - The project has initiated various community development programs, including the establishment of a clean energy science museum and infrastructure upgrades, which improve local living conditions and promote public awareness of nuclear energy [7]