This invention discloses a stable
combustion control system based on a multi-dimensional furnace
combustion measurement method, specifically relating to the field of furnace
combustion measurement. This includes multi-dimensional sensor
data acquisition,
feature parameter quantification and extraction, combustion stability modeling, intelligent graded stable combustion control, iterative optimization of
control effect, and dynamic evaluation of combustion state. Multi-dimensional sensor
data acquisition involves synchronously acquiring data through an array of sensors.
Feature parameter quantification and extraction involves preprocessing the acquired data to extract key feature parameters.
Combustion stability modeling involves constructing a quantitative evaluation model of the combustion
stability index based on the key feature parameters. Intelligent graded stable combustion control involves triggering a three-stage direct injection response mechanism for the fuel gun based on the combustion
stability index, combined with an adaptive
energy matching algorithm to dynamically adjust the stable combustion energy injection. This invention, through a multi-dimensional
sensor array and
feature extraction algorithm, achieves advanced identification of early combustion deterioration, solving the problem of
lag in single
flame detector monitoring.