Technological innovation and ecological innovation to accelerate the application of AI

The application of AI requires the deep integration of IT and OT, which not only requires technological innovation, but also requires extensive cross-border cooperation. Schneider Electric is strengthening its own software and hardware solutions with AI technology, and working with all sectors to achieve energy consumption prediction, simulation, strategy optimization and equipment control and other areas of energy saving and carbon reduction and intelligent operations to promote efficiency and sustainability.

T8403CX During the conference, Schneider Electric demonstrated a wealth of AI technology innovations. In the industrial field, Schneider Electric’s “Rui Dynamic IOT Rubik’s Cube Robot” based on the EcoStruxure open automation platform shows that AI functions such as visual monitoring, algorithms, decision-making, and driving have gone deep into the underlying logic of the automated production line to help process optimization. Software modules such as AVEVA dynamic simulation and AVEVA process simulation support the access and integration of AI agents to help factories and parks deal with a variety of transient scenarios, achieve stable operation and energy efficiency optimization, and meet the operation and maintenance needs of facilities such as smart factories and industrial parks.

“Ruidong IOT Rubik’s Cube Robot” based on EcoStruxure Open Automation Platform

In the energy sector, Schneider Electric’s ETAP Electrical system digital twin platform introduces AI technology to achieve one-stop energy management through the modeling and optimization of the entire life cycle of electrical systems. To accelerate the construction of new power systems, Schneider Electric’s energy management software is embedded with AI applications, such as: SpaceLogicTM AI BOX Building energy saving box, the first AI application in the field of building HVAC, based on Schneider Electric’s senior industry experience, integrates AI technology and digital energy management solutions to help the industry adjust energy use strategies in real time, improve efficiency and reduce carbon. EcoStruxure EMA Microgrid Energy consultants use AI-optimized control algorithms for energy consumption prediction and microgrid scheduling to help parks and factories make full use of renewable energy, improve overall energy efficiency and reduce their carbon footprint.

SpaceLogicTM AI BOX Building energy saving box

EcoStruxure EMA Microgrid Energy Consultant

The development of AI technology also brings new energy efficiency challenges to data centers. Schneider Electric’s SmartCool terminal air conditioning energy saving solution integrates advanced AI and machine learning technologies to dynamically refrigerate output based on the real-time needs of IT loads, saving 15%-40% of power consumption and reducing carbon.

T8403CX At the same time, Schneider Electric’s enterprise AI platform EcoStruxure AI engine won the Super AI Leader Award at the World Artificial Intelligence Conference. EcoStruxure AI engine provides proven AI models and scenarios to achieve one-stop AI model construction, deployment and operation and maintenance, and has been widely used in automotive, food and beverage, buildings, data centers and other industries, with an average annual increase in production efficiency of 3%-5% and reduce energy consumption of 5%-10%.

EcoStruxure AI Engine wins Super AI Leader Award at World Artificial Intelligence Conference

The landing of AI technology also requires ecological innovation. Schneider Electric works closely with all sectors to find industry solutions. For example, the fifth season of the “Win Plan” opened by its partners from all walks of life has set up an AI professional track to help innovative enterprises develop AI applications. Recently, Schneider Electric and Nvidia launched the first reference design tailored to the smart computing Center, providing a benchmark for the standardized deployment and operation of the smart computing center, and through technology collaboration, driving breakthrough changes in edge artificial intelligence and digital twin technology.

Strong technical and ecological capabilities, derived from long-term deep farming. At present, Schneider Electric has more than 350 artificial intelligence and data experts around the world, and has built four AI hubs and innovation bases. Yin Zheng, executive vice president of Schneider Electric and president of China and East Asia, said: “As an important driving force for a new round of scientific and technological revolution and industrial change, AI is further strengthening the digital and green low-carbon ‘double transformation’, providing new development momentum for the social economy. Schneider Electric will deeply integrate AI technology into the industry scene, give full play to technical and ecological advantages, and help Chinese users and partners seize opportunities and win development opportunities.”