As a well-known professional brand of automatic and intelligent power systems, CYG SUNRI is invited to attend this summit and will deliver a theme report entitled “Intelligent Terminal Solution for Distribution Networks Based on Domestic Chips".

Highlights of the Solution:

In view of the “bottlenecks" of domestic industrial chips and operating systems, CYG SUNRI, based on domestic industrial chips, integrates the general open source time-sharing operating system with the real-time Hantan OS (CYG SUNRI enjoys independent intellectual property rights of the latter) to create a completely independent and controllable edge terminal software and hardware platform, which is applicable to intelligent terminals of medium voltage distribution networks in all scenarios and for all business.

Reporting time: July 11, 2020, 15:30-15:55

About CYG SUNRI

CYG SUNRI is a well-known professional brand of automatic and intelligent power systems. The company isglobal energy technology innovation and quality services. It is a wholly-owned subsidiary of the listed company Changyuan Group (stock code: 600525) and a national high-tech enterprise. With its business covering more than 70 countries around the world, CYG SUNRI is the main partner of State Grid, China Southern Power Grid and major energy companies. With the goal of maximizing customers' interests, CYG SUNRI pools global resources to provides global customers with all kinds of products in the power industry, solutions for power generation, transmission, transformation, distribution and use, and integrated engineering project services including investment and development, consultation, survey, planning, feasibility study, design, EPC and whole life cycle operation and maintenance.

The intelligent terminal solution for distribution networks developed by CYG SUNRI based on the independent controllable software and hardware platform has been successfully applied to a variety of intelligent terminals such as terminals of medium voltage distribution stations, feeder terminal units, and high-precision transient recording-type fault indicators. The solution realizes the ms-level response of automatic real-time monitoring and control services of distribution networks, and meets the requirements of flexible deployment, service integration and comprehensive perception of IoT edge terminals, providing key technical exploration and support for the construction of IoT for fully autonomous and controllable medium-voltage power distribution.