【中新网西宁7月12日电】在西宁召开的国际人工智能峰会上，360集团创始人兼董事长周鸿祎发表主题演讲，提出了绿色算力在推动人工智能产业创新与发展中的关键作用。他表示，专业大模型的建设与应用只有与传统产业的生产力改进、生产效率提升紧密结合，才能真正地打造新质生产力，推动社会经济的高质量发展。
周鸿祎指出，当前人工智能发展面临的主要挑战之一是能源问题。在计算密集型的人工智能应用中，能源消耗巨大，如何实现绿色、可持续的算力支持成为业界关注的焦点。在此背景下，青海丰富的绿色能源资源为解决这一问题提供了独特机遇。通过利用青海的水电、风电等清洁能源，可以将传统的算力转变为绿色算力，不仅能够降低对环境的影响，还能有效减少能源消耗，为人工智能产业提供更加环保、高效的算力支持。
周鸿祎强调，绿色算力不仅能够助力人工智能技术的可持续发展，更能在实际应用中促进传统产业的升级转型，推动形成绿色低碳的生产方式。他认为，通过整合绿色算力与人工智能技术，可以实现资源的优化配置，提升生产效率，降低生产成本，进而为经济高质量发展注入新的动力。
此次会议，周鸿祎提出的绿色算力概念，不仅为人工智能产业的发展提供了新的视角和路径，也为探索可持续发展解决方案贡献了中国方案，彰显了技术创新与环境保护并重的智慧与决心。在绿色算力的推动下，人工智能有望在助力经济社会转型、实现绿色发展方面发挥更大作用，为全球科技与环保领域带来积极影响。
英语如下：
Headline: Zhou Hongyi: Green Computing Power Becomes a New Driving Force for AI Development
Keywords: green computing power, artificial intelligence, Chinese solution
News Content: [Beijing, July 12] At the International AI Summit held in Xining, founder and chairman of the 360 Group, Zhou Hongyi, delivered a keynote speech emphasizing the pivotal role of green computing power in driving innovation and development within the AI industry. He argued that the construction and application of professional large-scale models must be closely intertwined with improvements in traditional industry productivity and efficiency to truly forge a new quality of productive forces, driving high-quality economic development.
Zhou Hongyi highlighted that one of the main challenges facing the current AI development is the energy issue. With AI applications that are computationally intensive, energy consumption is substantial, and how to achieve green, sustainable computing power has become a focal point of industry attention. In this context, the abundant green energy resources in Qinghai offer a unique opportunity to address this challenge. By leveraging Qinghai’s hydroelectric and wind power, traditional computing power can be transformed into green computing power, not only reducing environmental impact but also effectively reducing energy consumption, providing the AI industry with more environmentally friendly and efficient computing support.
Zhou stressed that green computing power not only aids in the sustainable development of AI technology but also promotes the upgrading and transformation of traditional industries in practice, driving the adoption of green and low-carbon production methods. He believes that by integrating green computing power with AI technology, resources can be optimized, production efficiency can be improved, and production costs can be reduced, thereby injecting new impetus into high-quality economic development.
The green computing power concept proposed by Zhou Hongyi during this conference not only provides a new perspective and pathway for AI industry development but also contributes a Chinese solution to exploring sustainable development solutions. It showcases the wisdom and determination of prioritizing technological innovation alongside environmental protection. Under the impetus of green computing power, AI has the potential to play a larger role in facilitating economic and social transformation, achieving green development, and bringing about positive impacts on the global technology and environmental protection sectors.
【来源】http://www.chinanews.com/cj/2024/07-12/10250361.shtml
Views: 1