Movable silent type generator set system

Abstract

The invention discloses a movable silent type generator set system which comprises a base, wheels, a mounting plate, a fixed table, a generator set, a data acquisition workstation, a denoising mechanism, a detection diagnosis server and an air inlet, the wheels are installed at the lower end of the base, and the mounting plate is arranged on one side of the upper end of the base. The system is connected with a silencer through a first smoke discharge pipe and a second smoke discharge pipe, and the length of the pipeline is increased, so that the noise transmission area is larger, the noise reduction effect is better, the residual noise enters the shell, and the noise enters the noise reduction cavity through a sound absorption hole to be absorbed by the mineral wool. By arranging such a structure, the noise of the generator set can be greatly reduced, and the noise reduction purpose is achieved; the four wheels are arranged at the bottom of the base to be convenient for a place requiring mobile power supply. The mobile silent type generator set system has the advantages of being well applied to various places and being capable of acting on the fault detection, and has a wide marketprospect.

Description

technical field [0001] The invention relates to the technical field of generating sets, in particular to a mobile silent generating set system. Background technique [0002] With the continuous deepening of power system reform, improving the reliability of generator sets and reducing maintenance costs will be the goals pursued by power generation companies. There are also many theoretical research results, and some practical application systems have been developed, but there are few systems that can meet the practical requirements of the field, and there are still many theoretical and application problems, such as system reliability, Network security, real-time transmission of remote data, information sharing, etc., the current research on the monitoring theory and methods of generator set status mainly focuses on the identification of fault parts, while ignoring the importance of fault degree identification, or only a single However, in practical engineering applications, ...

AI Technical Summary

Problems solved by technology

[0002] With the continuous deepening of power system reform, improving the reliability of generator sets and reducing maintenance costs will be the goals pursued by power generation companies. There are also many theoretical research results, and some practical application systems have been developed, but there are few systems that can meet the practical requirements of the field, and there are still many theoretical and application problems, such as system reliability, Network security, real-time transmission of remote data, information sharing, etc., the current research on the monitoring theory and methods of generator set status mainly focuses on the identification of fault parts, while ignoring the importance of fault degree identification, or only a single However, in practical engineering applications, it is not only necessary to determine the fault location of the generator set, but also to track the damage degree of the generator set in order to arrange equipment maintenance And update, the organic combination of fault location and fault degree identification is the real fault diagnosis. In addition, due to the large noise generated by the generator set during operation, which causes serious noise pollution to the surrounding environment, it is necessary to Design a Mobile Silent Generator Set System

Images