Page 129 - AI for Good-Innovate for Impact Final Report 2024

AI for Good-Innovate for Impact

28�2� Use case description

28�2�1 Description

The technical standard data of China Southern Power Grid has numerous sources and a 28 - CSG
large amount of data. How to efficiently leverage the value of standard data has become a
major challenge in the digital transformation of standards. As the "Central Research Institute"
of China Southern Power Grid Corporation, China Southern Power Grid Research Institute
aims at major strategic needs in the industry, applies industry-leading artificial intelligence
technology, independently designs and comprehensively coordinates, upgrades the entire
lifecycle process of "management, inspection, use, and compilation" of power technology
standards, builds the first digital application platform for technology standards in the
energy field, realizes intelligent retrieval, intelligent Q&A, intelligent writing, and intelligent
recommendation of standard documents, efficiently promotes the digital transformation of
China Southern Power Grid technology standards throughout the entire process, and creates
a benchmark case for the digital transformation of power industry standards. The advantage
lies in providing comprehensive digital solutions, building a systematic standard knowledge
base, and providing intelligent services. The application of large models not only improves
the efficiency of reviewing standards by more than 50%, but also assists employees in writing
standard outlines and main texts, increasing the efficiency of standard writing by more than
twice; The shortcomings lie in the need to further ensure data security and compliance.

UN Goals:

• SDG 9: Industry, Innovation, and Infrastructure
• SDG 11: Sustainable Cities and Communities

Justify UN Goals Selection: Through digital transformation and intelligent standardization
work, the application case aims to "reshape standardized business with digitization, improve
standardized management and service capabilities", digitize and network information such
as equipment standard experience, and construct a new type of standard model that is
readable and understandable for digital power grid equipment, achieving efficient circulation
and interactive integration of standard knowledge within the enterprise. Based on real-time
data collection, monitoring, and status perception of the physical power grid, and relying on
standard digital platforms to provide intelligent services such as digital standard generation,
design compliance review, and operation ticket auxiliary generation, a digital twin of the power
grid is constructed from a standard digital perspective, greatly improving the level of physical
power grid management, promoting industrial innovation and infrastructure construction,
providing more intelligent and efficient infrastructure and services for cities, and promoting
the realization of sustainable development of cities.

28�2�2� Future work

• Model development
• Create new variations/extensions to the same use case
• Standards development related to the use case

If we receive bonuses and resource support, our future work plan will be more fulfilling. We
will deepen the intelligent application of its technical standards by adopting the latest artificial
intelligence technology to optimize functions such as intelligent retrieval, question answering,

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