The invention relates to a
power transmission line
dynamic capacity-increase
system based on a wire inclination angle. The
power transmission line
dynamic capacity-increase
system is technically characterized by being composed of a plurality of data collection terminals and a monitoring platform, each data collection terminal comprises a sensor, a conditioning circuit of the sensor, a CT
electricity supply module, a main control module and a
wireless data transmission module, each sensor is connected with the corresponding
signal conditioning circuit, the output end of each
signal conditioning circuit is connected to the corresponding main
control unit, each CT
electricity supply module supplies power to the corresponding main control module, each main control module is connected with the corresponding
wireless data transmission module, and the
wireless data transmission modules are connected with the monitoring platform through RF antennas. The
power transmission line
dynamic capacity-increase
system solves the problems that a primary side tension meter is hard to install and the
wind speed and direction measurement is not accurate on the basis of the design of power
transmission line running parameters including the inclination angle, the environment temperature, the solar
radiation and the wire load and by calculating the dynamitic
carrying capacity of a wire according to the wire temperature, the environment temperature, the solar
radiation and the wire load, and the power
transmission line dynamic capacity-increase system has the advantages of being safe in
temperature measurement work, easy and convenient to install and maintain, high in reliability and safety, and the like.