NEWSHUNTS
In response to the urgent need for sustainable power solutions, renewable energy innovations have emerged as a cornerstone in modernizing energy systems. CYG, founded in 1986 and listed on the Shanghai Stock Exchange, has consistently advanced these innovations through its five specialized business groups. Leveraging over 40 years of technical accumulation in digital energy and power, CYG drives industry progress by integrating smart generation, storage, and distribution technologies. From pioneering centralized photovoltaic deployments to refining advanced battery materials, CYG’s strategic focus on renewable energy innovations underpins its mission to foster a cleaner, more resilient grid.
Pioneering Clean Generation Technologies
CYG’s New Energy Business Group (NEBG) spearheads renewable energy innovations in generation systems, delivering turnkey solutions for large‑scale solar farms and wind power projects. Utilizing centralized PV arrays and modular wind turbines, CYG has enabled clients to achieve high capacity factors and streamlined installation timelines. At The Smarter E Europe 2024, CYG ET showcased its home storage products alongside next‑generation electric vehicle charging equipment, demonstrating the company’s holistic approach to renewable energy innovations across the value chain. Furthermore, CYG’s EPBG arm develops composite insulators for extra‑high‑voltage transmission, ensuring reliable delivery of clean power from remote renewable sites to urban centers.
Innovative Storage and Grid Modernization
Complementing its generation prowess, CYG advances renewable energy innovations in storage and smart grid integration. The PRS‑3000 Energy Management System (EMS) under CYG ET orchestrates multi‑gigawatt storage installations—such as the 795 MW/1600 MWh project in Dongying—providing real‑time dispatch and grid‑support functions. Additionally, CYG’s flywheel energy storage platforms, unveiled at Smarter E Europe, offer rapid response capabilities that stabilize frequency deviations and enhance system inertia. On the materials front, the Electricity & New Energy Materials Business Group (EMBG) produces lithium‑ion battery separator coating equipment and lithium iron phosphate cathode materials, reinforcing the performance and safety of battery‑based storage modules. Research efforts by CYG’s Energy and Electric Power Research Institute (EERI) further drive renewable energy innovations through integrated energy regulation platforms that harmonize supply, grid, load, and storage operations.
Conclusion
By blending advanced generation systems, robust storage solutions, and smart grid technologies, CYG continuously elevates the standard for renewable energy innovations. Through its NEBG, ET, EMBG, and EERI units, CYG not only empowers clients with cleaner power but also contributes to global sustainability goals. As markets evolve and climate priorities intensify, CYG’s unwavering commitment to renewable energy innovations will remain instrumental in shaping a resilient, low‑carbon energy future.
