Page 141 - AI for Good-Innovate for Impact Final Report 2024

AI for Good-Innovate for Impact

enjoy convenient charging services. Allocate funds for technological research and innovation to
continuously improve the performance and functionality of the battery swapping system. This
can involve further optimizing the design of charging and swapping equipment to enhance
safety, stability, and durability. Additionally, invest in research on advanced technologies such 31 - YUGU
as IoT, big data analytics, and artificial intelligence to enhance the intelligence level of the
system and user experience. Market promotion and advertising: Increase efforts in marketing
and promoting battery swapping projects to enhance awareness and acceptance among
urban electric vehicle users, replacing home charging with battery swapping to reduce energy
consumption and safety hazards. Collaboration and expansion: Actively seek cooperation
with government departments, transportation enterprises, and shared mobility platforms to
jointly promote the popularization and adoption of electric transportation and facilitate the
development of electric mobility.

31�3� Use case requirement

ITU-T Supplement Y.71 ITU-T Y.3000 series – Use Cases for Energy Saving for Energy Service
Technology

• SC-EG-UC31-REQ-001: It is critical that a smart city energy grid infrastructure based on
big data of lithium batteries utilizes AIoT (Artificial Intelligence of Things) technology to
achieve functions such as active battery balancing, efficient battery endurance, energy
consumption management, fault diagnosis, and fault-tolerant control, ensuring battery
safety and endurance.
• SC-EG-UC31-REQ-002: It is critical that the system builds a city-wide battery swapping
network that changes the consumption mode of instant delivery through technological
innovation, realizing a mode of swap instead of charge, thereby improving energy supply
efficiency by separating vehicle and battery.
• SC-EG-UC31-REQ-003: It is critical that the system addresses the sustainable development
issues of safety, efficiency, and environmental friendliness in the social consumption
and service sectors of new energy low-speed vehicles, promoting the intelligence
and digitization of the entire industry and significantly enhancing social and economic
benefits.
• SC-EG-UC31-REQ-004: It is critical that the system provides innovative solutions for smart
energy consumption for 35 million low-speed vehicles in China.
• SC-EG-UC31-REQ-005: It is critical that the system faces challenges such as establishing,
maintaining, and popularizing extensive battery swapping networks which require
substantial financial investment and policy support. At the same time, it is also necessary
to establish a unified battery swapping standard system to promote the healthy, orderly,
and sustainable development of the industry.

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