Core Viewpoint - The launch of "Water Radish AI Intelligent Body 1.0" by Jinko Environment represents a significant advancement in the integration of AI technology within the water treatment industry, aiming to enhance operational efficiency and reduce costs [1][3][4]. Group 1: Product and Technology - "Water Radish AI Intelligent Body 1.0" is an autonomous AI system designed to optimize water treatment processes, utilizing self-developed forecasting and decision-making models alongside various AI perception models [1]. - In pilot projects in Wuxi, the implementation of this AI system has resulted in a 90% reduction in manpower, a 50% decrease in equipment failure rates, a 15% reduction in chemical consumption, a 30% decrease in energy consumption, and an overall operational cost reduction of 35% [1]. Group 2: Strategic Vision and Goals - The company emphasizes the mission of achieving "water freedom" through resource optimization, AI digitization, and productization, aiming for sustainable and reliable water supply while minimizing pollution [3]. - The chairman articulated a triangular theory for successful water plant operations, which includes high-quality equipment, standardized design, and AI-driven management, addressing the shortcomings of traditional water treatment facilities [3]. Group 3: Industry Impact and Collaboration - The introduction of AI in the water treatment sector is expected to drive innovation and enhance the efficiency of industrial water systems, promoting a shift towards intelligent and green solutions [4]. - Jinko Environment has established a strategic partnership with Wuhan University to create an "Artificial Intelligence Innovation Research Center," focusing on integrating AI capabilities with industrial water treatment needs [4]. Group 4: Strategic Partnerships - During the launch event, Jinko Environment signed strategic agreements with various organizations to promote the application of "Water Radish AI Intelligent Body" both domestically and internationally [5].
金科环境首发“水萝卜AI智能体” 开辟工业节水增效新路径