Reconfigurable Intelligent Surface (RIS) is a revolutionary technology for 6G mobile communication systems. It typically consists of large‑scale arrays of programmable and reconfigurable elements, which can intelligently control incident electromagnetic waves through programmable reflection, refraction, and transmission. By dynamically reconstructing the wireless propagation environment, RIS can significantly improve the performance and efficiency of future mobile communication networks.
To build an intelligent power system operation framework, two major challenges need to be addressed: Advanced and reliable wireless communication technologies. Power supply requirements for massive monitoring devices. Conventional directional and omnidirectional antennas have limitations in terms of real‑time signal control and adaptability. In contrast, phased array antenna technology enables advanced electromagnetic wave beam scanning, energy focusing, and precise beam steering. With high directivity and controllable transmission paths, phased arrays overcome the limitations of uncontrollable wireless channels and provide a powerful solution for future intelligent communication networks.
1.GNSS/RTK Antenna for UAV Inspection
- Applications: Drones, autonomous inspection, surveying and mapping, power and energy infrastructure inspection.
- Features:High‑precision GNSS/RTK positioning; stable satellite signal reception; supports centimeter‑level positioning; fast RTK signal acquisition; long‑range coverage; and reliable performance in dynamic outdoor environments.
- Application scenarios: UAV autonomous inspection, power line and photovoltaic inspection, wind farm monitoring, agricultural surveying, infrastructure inspection, and high‑precision aerial mapping.
2.Wireless Communication Antenna for Substation Dispatch
- Applications: Power substations, grid dispatch communication, smart grids, and industrial wireless communication networks.
- Features:High‑speed and reliable wireless communication; large bandwidth; long‑range coverage; strong interference and disaster resistance; fast network connection; easy installation and broad compatibility.
- Application scenarios: Wireless networking between substations, remote power grid monitoring, substation dispatch communication, data transmission between control centers and substations, and communication links in complex power environments.
