Publications, visits, projects and everyday research. Follow the ideas and people behind our work.
During the event, terminals were deployed on 15 emergency power vehicles across the city. A satellite network independent of terrestrial connectivity reported status and location data and plotted vehicle tracks, supporting command and dispatch under extreme conditions.
Read updateThis is example placeholder text. The laboratory conducts interdisciplinary research in power systems and artificial intelligence and has undertaken national and provincial projects. This text is for a layout preview; the team will prepare and review the final research background, activities, results and contact information before publication.
Read updateThe paper by Quan Zhou, Ke Zhou, Qingren Jin and Zhikang Shuai appeared in Automation of Electric Power Systems, volume 48, issue 6 (2024). It discusses applications, key technologies and security models for satellite-enabled power systems, has received more than ten citations, and was supported by the National Key R&D Program and national science funding…
Read updateThe team and Geespace discussed LEO satellite IoT applications in power systems, terminal integration, antenna design and deployment needs. A live short-message demonstration illustrated data transmission workflows and possible validation approaches.
Read updateThe National Key R&D project on disaster warning and safety defence for large power grids under extreme drought and wildfire conditions, in which the team participates, passed its mid-term review. This marks an implementation milestone. The team will continue collaborative research, consolidate its results and carry out the remaining tasks toward the project objectives.
Read updateThe team and Shanghai Spacecom Satellite Technology discussed satellite access for UAV inspection, transmission line monitoring and remote equipment, identifying terminal integration and application requirements for further research and validation.
Read updateThe team was awarded State Grid Wuxi Power Supply Company’s 2026–2027 project on satellite-enabled UAV disaster assessment and coordinated emergency resource scheduling, supporting disaster awareness, emergency communication and coordinated grid response under extreme events.
Read updateUnder a National Key R&D task, Hunan University has developed an implementation plan for hybrid ad hoc networks linking satellite terminals and terrestrial equipment in complex environments. The plan covers networking, equipment modules, network evaluation and trusted services, establishing a path toward validation and demonstrations.
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