Application of Intelligent Control Method in Power Supply and Distribution System in Forestry Engineering

Abstract

The efficiency and reliability of power supply and distribution system in forestry operation have a great
impact on the quality of forestry operation. This paper studies the intelligent control method in power
supply and distribution system. From the load calculation, power supply voltage, three-phase load
balance, material, cross-section and path of power supply wire, power factor of power supply and
distribution system, reasonable adjustment of seasonal load and other aspects related to the design of
power supply and distribution line, this paper discusses the energy-saving problems in building electrical
design. Based on the current situation of parallel operation of power supply system and user load control
system, this paper proposes an intelligent monitoring system for power supply and distribution demand
side. In this paper, by using various effective information of power supply system and load control
system, the resources of both supply and demand sides are reasonably allocated through control strategy.
This paper analyzes the problems in the start-up and operation of the existing equipment, and proposes a
dynamic scheduling strategy with W load power and load level as the core to control the operation of the
equipment. By dynamically adjusting the start and stop of the equipment in the system, the stable
operation of the system can be ensured, and the power consumption cost of users can be reduced under
the agreement power.