Sinsegye makes its debut in the 2025 Dual Carbon Public Welfare Classroom, with domestically produced integrated computing and control technology supporting a green future!

On April 28, 2025, Sinsegye was invited to participate in the "2025 Dual Carbon Public Welfare Classroom Series Training (Phase II)" hosted by the Economic Development Bureau of Beijing Economic and Technological Development Zone, to discuss the innovative integration of intelligent manufacturing and green energy with industry experts and enterprise representatives. The delegation of Sinsegye was composed of Liang Shuai, an assistant researcher of the Institute of Computing Technology of the Chinese Academy of Sciences, Shao Hui, the product director of Sinsegye, Chen Changjing, the product manager, Liu Yuheng, the government relations manager, and Shi Libin, the sales manager.

Chen Changjing, as the keynote speaker, delivered a special speech titled "Integrated Control Controller Based on Full Stack Domestic Dual Domain Operating System", sharing the company's core technological breakthroughs in the field of industrial intelligence and practical achievements in the new energy industry, which has attracted widespread attention.

Breakthrough in localization, self-developed full stack computing and control integrated solution

In the context of the "dual carbon" strategy, the intelligent and low-carbon upgrading of industrial control systems has become crucial.

In her speech, Chen Changjing emphasized the implementation of industrial intelligence by Sinsegye, which is based on PC and software defined technology. This technology integrates real-time control domain and high-performance computing domain to achieve an innovative architecture of "integrated computing and control", enabling traditional automation control equipment to have controllable, computable, and predictable elements. It has enabled traditional automation equipment to move towards intelligence and overcome problems such as dependence on foreign core technologies.

Sinsegye has created a software and hardware product matrix covering the entire industrial control chain, including a computer control integrated controller (industrial intelligence machine) based on a full stack domestic dual domain operating system, high-performance I/O modules, intelligent servo/motor drive systems, and automation solutions. With its ultra-high level of localization performance and intelligent technology, it has successfully won recognition and favor from multiple industry-leading customers.

Focusing on the industry, deep application of energy storage and wind power scenarios

The Sinsegye integrated industrial intelligent computer solution has been widely used in the semiconductor, precision, and energy industries. In this training course, Chen Changjing demonstrated the value of Sinsegye's intelligent machines in the fields of energy storage and wind power by combining practical cases

Energy storage: Sinsegye fully autonomous and controllable new energy/energy storage coordination controller scheme achieves precise control of power generation and charging/discharging through optimized algorithms and communication protocols, significantly improving the stability and economy of the power grid.

Wind power: Adopting SX51 series intelligent machines and SRC series I/O products, combined with AI-MPC algorithm, to reduce costs and improve performance. Support VS Code development environment, increase development efficiency by 30%, reduce costs by 30%, and achieve nationwide independent and controllable production.

Empowered by PC technology, the main advantages of the Sinsegye solution

In response to the fragmented needs of industrial scenarios, Sinsegye has designed an industrial intelligent computer solution based on PC technology, whose core advantages include:

Software and hardware integration: hardware integration/software integration, motion control+logic control+machine vision+configuration display functions/development;
Flexible Expansion: Local or remote I/O expansion, providing diverse I/O and process modules for data acquisition, control, and transmission;
Strong real-time performance: Equipped with a dual domain operating system, the real-time domain and non real time domain dual domain operating systems share memory interaction mechanism, with low transmission control latency to ensure real-time performance;
Multi interface: Flexible interface protocol, flexible configuration of interface protocol, supporting most mainstream control protocols;
Low cost: highly integrated, easy to deploy, reducing equipment costs while improving development and debugging efficiency;
Scenario adaptability: suitable for digital and intelligent system scenarios

Fulfilling the dual carbon mission and creating an industrial future together

Sinsegye has always been driven by a dual wheel approach of "localization+intelligence" to promote independent and controllable industrial control technology. The sharing of this dual carbon public welfare classroom not only showcases Sinsegye's forward-looking layout in the new energy field, but also reflects its responsibility to serve the national strategy with technological innovation. In the future, Sinsegye will continue to deepen its cooperation with industry chain partners, providing a more efficient digital foundation for fields such as intelligent manufacturing and green energy.