Predictive control of the city heat supply system using linear regression and gradient boosting model

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The paper analyzes the evaluation of the quality of performance of control models of the city heat network. The results of the analysis are a recommendation for choosing the optimal control model in terms of accuracy and resources required for its training. This recommendation will allow to realize an intellectual module for the decision support system. The intellectual module will be used in the realization of the automated control system of the heat network of the city and will allow more economically, in terms of resource consumption to ensure the maintenance of the required temperature regime in the apartment buildings of consumers. Purpose of the research. Selection of a model that will allow to calculate with greater accuracy the value of losses in the heat supply network of the city. Application of such a model will allow to predict the behavior of the heating network and, in accordance with this, to choose the control action.

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Urban heat network management, mathematical models, predictive control, intelligent control systems

Короткий адрес: https://sciup.org/147243964

IDR: 147243964   |   DOI: 10.14529/ctcr240203

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