Energy

Application scenarios

Circuit inspection

Satellite communication and space-based Internet of Things technology are used to achieve real-time monitoring of high-fault projects in remote areas such as line movement/icing, pole and tower geological disasters/tilt, substation/cable tunnel settlement, etc., to ensure the normal development of power transmission and power supply business.
Infrastructure

At the site of infrastructure projects, the location and status data collection of site personnel, construction equipment and vehicles are realized, and information sharing is achieved by using ERP system to provide effective technical means for the fine control of infrastructure projects.
Security control

Through the "electronic fence +AI", the people, vehicles and objects inside and outside the site to enter/exit the prescribed safety range for monitoring, identification and warning; Emergency communications through satellite communications to enhance emergency response and rescue capabilities.
Equipment transportation

Based on the space-based Internet of Things transmission, the state of people, vehicles and equipment in the transportation process of power equipment is remotely monitored, providing more transparent remote perception means and scheduling decision-making basis for relevant dispatching managers.

Advantages of the plan

Electric power fusion communication network

In remote areas and areas where ground communication networks have been damaged, various satellite communication methods such as Beidou short messages, Tiantong mobile phones, and satellite Internet terminals are used to provide access guarantees for business execution and information transmission.

Rapid deployment of terminal integration platform on the cloud

Communication terminals and monitoring equipment are integrated and miniaturized to facilitate rapid installation and communication services, and the iot platform is built in the cloud, with high scalability and high resource utilization.

Locating transmission line faults

Transmission line fault location system integrates key technologies such as space-based Internet of Things, refraction and reflection signal recognition, traveling wave signal singularity determination, lightning interference identification and location, Beidou positioning and timing, solar energy and inductive power collection, wireless communication in strong electromagnetic field, and adopts a new distributed fault location method for transmission line fault accurate location devices and systems.

Application cases

Safety monitoring
Transportation monitoring

State grid power supply Company

Jilin, China

Application situation

Through the deployment of the grid security monitoring system based on the satellite Internet of Things, it can help the user's unit transmission line supply safety, prevent major accidents, improve the ability of accurate control and rapid emergency response, and provide application exploration for the development of smart grid and energy Internet.

Using devices

XINGYUN Module XINGYUN Module Satellite IoT Multi-mode Terminal Satellite IoT Multi-mode Terminal TIANTON IoT Multi-mode Terminal TIANTON IoT Multi-mode Terminal

Power iot monitoring

Sichuan, China

Application situation

Timely grasp the status of in-transit transport vehicles, the health status of carrying power equipment and the status of drivers in the whole region, build a monitoring center and form an emergency plan, and dispatch nearby vehicles for emergency support to ensure reliable and stable operation of the power grid.

Using devices

XINGYUN Module XINGYUN Module Satellite IoT Multi-mode Terminal Satellite IoT Multi-mode Terminal TIANTON IoT Multi-mode Terminal TIANTON IoT Multi-mode Terminal

Power application solutions

Power application solutions

Circuit inspection

Infrastructure

Security control