Upgrade and modernization of the CSNS accelerator control system towards CSNS-II

MOAG003
22 Sept 2025, 10:00
15m
Grand Ballroom (Palmer House Hilton Chicago)

Grand Ballroom

Palmer House Hilton Chicago

17 East Monroe Street Chicago, IL 60603, United States of America
Contributed Oral Presentation MC02: Control System Upgrades in Existing Facilities MOAG MC02 Control System Upgrades

Speaker

Mr Yuliang Zhang (Institute of High Energy Physics)

Description

The CSNS-II project, launched on 1st January 2024, aims to significantly enhance the beam power from 100 kW to 500 kW. The current accelerator control system, commissioned in 2018, was designed based on hardware and software platforms finalized in 2012. Over time, these systems have begun to exhibit obsolescence issues. To meet the advanced requirements of CSNS-II, a comprehensive upgrade and modernization of the control system is essential. This presentation outlines the overall upgrade plan and design considerations for the control system. The key upgrades include: transitioning the EPICS framework from version 3 to the modern and feature-rich version 7, migrating the hardware platform from VME to MTCA, adopting the latest Phoebus as part of the Control System Studio suite, incorporating support for big data analytics and artificial intelligence capabilities to enhance system performance and diagnostics. These enhancements will ensure the control system meets the demanding operational requirements of CSNS-II while improving reliability, scalability, and future readiness.

Manuscript formatting Microsoft Word (docx)

Author

Mr Yuliang Zhang (Institute of High Energy Physics)

Co-authors

Kang Jia Xue (Institute of High Energy Physics) Lin Wang (Institute of High Energy Physics) Mingtao Li (Institute of High Energy Physics) Peng Zhu (Institute of High Energy Physics) Si Nong Cheng (Institute of High Energy Physics) Xiaohan Lu (Institute of High Energy Physics) Xuan Wu (Institute of High Energy Physics) Yongcheng He (Institute of High Energy Physics)

Presentation materials

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