Driving Innovation: CYG's Smart Energy Platform and Power Research Institute
Since our establishment, CYG has been dedicated to advancing energy and power technologies, and at the heart of this mission lies our CYG Energy and Electric Power Research Institute (CYG EERI). As a research team under Changyuan Technology Group Ltd., we focus on tracking industry trends, transforming core technologies, and supporting new industry incubation while organizing efforts for the company’s major projects. Our work is centered on creating integrated solutions that bridge innovation with practical application, and our smart energy platform stands as a testament to this commitment, bringing together innovative research with real-world energy management needs.
The Structural Framework of Our Power Research Institute
CYG EERI is structured to foster cross-disciplinary innovation, with specialized institutes like the Smart Energy Platform Institute, Intelligent Edge End Institute, and Source Grid Load System Institute. This framework allows us to tackle complex energy challenges from multiple angles. The power research institute focuses on developing new energy power cloud platforms, leveraging big data and AI to create intelligent management systems. Meanwhile, the Intelligent Edge End Institute delves into technologies that enable realtime data processing at the network’s edge, ensuring responsive and efficient energy control. The Source Grid Load System Institute, on the other hand, specializes in energy scheduling and control, integrating sources, grids, loads, and storage to optimize energy flow. This structured approach ensures that our research is both focused and comprehensive, allowing us to develop holistic solutions for smart energy management.
Technological Innovations of the Smart Energy Platform
Our smart energy platform is the result of years of research and development at CYG EERI, combining various technologies to create a unified system for energy optimization. We’ve developed solutions for energy and carbon monitoring, using smart edge devices and terminal products to enable data serviceability and immeasurably. By integrating big data and AI algorithms, we can analyze energy usage patterns and predict demand, allowing for proactive adjustments in energy supply. This capability is crucial for achieving smart and low carbon operations in industrial parks and other large energy consuming sectors. Our platform also supports source grid load storage energy scheduling and control, coordinating multiple energy sources to ensure a stable and efficient supply. Additionally, we’ve worked on multi-intelligence collaborative control strategies and power market trading products, ensuring that our smart energy platform can adapt to different market environments and operational needs.
Practical Applications and Industry Impact
The innovations from our power research institute and the smart energy platform have been applied in various real-world scenarios, making a tangible impact on energy efficiency and sustainability. At the 2024 Key Energy Consuming Units and Key Sectors Energy Saving Training Conference in Jinzhou, we presented our integrated energy system, which addresses the challenges of energy conservation and carbon reduction in industrial parks. This system has been implemented in several parks, helping to optimize energy usage and reduce emissions. In Xiong’an New Area, our Smart Zero Carbon Park Solutions demonstrated how smart edge devices and AI can enable energy saving transformations and integrated energy regulation, setting a standard for low carbon park development. In Nanjing, our New Industrial Energy Management and Power Control System introduced a solution for industrial park energy management, focusing on supply load balance and resource coordination to facilitate industrial energy transformation. These applications showcase how our research translates into practical, industry leading solutions.
Conclusion
As we look to the future, CYG EERI and our smart energy platform remain committed to driving innovation in the energy and power industry. By combining forward looking research with practical application, we aim to address the evolving challenges of energy management, from carbon reduction to efficiency optimization. Our structured research approach, technological innovations, and real-world implementations position us as a key player in shaping the future of smart energy. Whether through developing advanced cloud platforms, enhancing edge computing capabilities, or optimizing source grid load storage systems, we are dedicated to creating solutions that not only meet current energy needs but also anticipate future trends.
