Comparative Analysis of Theoretical and Measured Electrical Parameters of the 110 kV Transmission Line of a New Energy Power Station

With the accelerated advancement of the global energy transition, the proportion of new energy in the power system is increasing day by day. As a crucial link connecting new energy and the power grid, the accuracy of the electrical parameters of the transmission lines of new energy power stations is of vital significance to the safe and stable operation of the power system and the efficient transmission of electrical energy. Accurately grasping the electrical parameters of the transmission lines of new energy power stations not only helps to optimize the planning and design of the power system and improve the power grid's absorption capacity for new energy, but also provides a key basis for the reasonable setting of relay protection devices, fault diagnosis and location. This paper conducts an in-depth comparative analysis of the theoretical and measured values of the electrical parameters of the 110 kV transmission line of a certain new energy power station.