engleski

A linear programming approach for production planning optimisation and peak load management in industrial companies

The need for competitiveness on the global market is the main driver for industrial companies to systematically and continuously analyse all possibilities for the optimisation of production process and related costs reduction. Modern industrial processes are increasingly complex with highly dynamic energy use patterns. A systematic approach to industrial energy system analysis requires proper understanding of interactions among the main factors influencing energy performance. Also, systematic approach takes into consideration not only efficiency of individual equipment or machines but also their performance within a system where each piece of equipment deliver specific function. The research work described in this paper presents a linear programming approach for production planning optimisation and peak load management in industrial companies. Combination of decision support for preventive and corrective actions is vital element of proposed approach and it is necessary for continuous improvement of energy performance. One of the basic assumptions of the presented research work is that the monitored energy consumption, enriched with information about its context, can be the basis for the identification of energy profiles and optimisation of production process. Additionally, this paper evaluates how the intelligent energy and environmental management systems can be used for the peak load management in industrial companies.

linear programming; production planning optimisation; peak load management; energy consumption modelling; industry

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