METHODOLOGY OF EFFICIENCY EVALUATION APPLICABLE TO DISTRIBUTED INTELLIGENT POWER MANAGEMENT SYSTEMS WITHIN A NETWORK OF FACILITIES IN THE CONTEXT OF ARBITRARY LIMITATION OF RESOURCES

In this article, the authors present their original algorithm for the methodology of the efficiency assessment of distributed intelligent power management systems of construction facilities in the context of arbitrary limitation of resources. The method is designated for the analysis of implemented design solutions, and it applies to the systems engineering, classification and management of processes, let alone the evaluation of the efficiency of implemented designs. At first, the engineering systems are identified and described. Then, the processes are split into processes that accompany changes in the the parameters of a building and the management processes that accompany changes in the parameters of a building. For each process, the percentage of the total energy consumption is calculated. The coefficient of intelligence and building automation is based on the percentage of the total energy consumption. Further, the coefficient of efficiency of the implemented management system is identified. Therefore, the method helps to assess the effectiveness of a distributed intelligent power management system, and it may also be employed to minimize the impact of biased factors, such as peer reviews.