In the current world context of technological advances in which society becomes increasingly dependent on electric power, an interesting fact draws attention, the waste of electric power in the institutions that generate technical and scientific knowledge, Federal Universities, a proven fact by the concern and initiative of the National Electric Energy Agency published in October 2016 through the call 01/2016 the electric power distribution concessionaires, which aim among other objectives to invest in energy efficiency and minigeration in the Federal Universities, which shows the absence of strategic energy management, lack of a culture of energy resources optimization and of public resources, and the disengagement with the sustainable use of electric power and, as a consequence, of natural resources by most Federal Universities. Thus, this work may help in the search for the minimization of waste of electric power and public resources in the Federal Universities, as it will propose an efficient methodology of tariff framework, capable of evaluating and adjusting the contracted demand (kW) and the consumption tariff modality of electricity from groups A4 and B3 to current regulations. The methodology consists of achieving energy efficiency, through the demand, tariff framework and the consumption of electric power analysis in the consumer units of the IFES, in particular the case study of the units of the Federal University of the South and Southeast of Pará, through the study of the monthly electric bills and the resolutions and norms on the types of electricity tariffs of groups A4 and B3, applied by National Electric Energy Agency, also respecting the case study that will take place in the concession area of the Electric Centrals of Pará. The methodology will also make the fine forecast of contracted demand (kW), so that one can contract the demand that is actually needed, avoiding wastes. As such, it is expected to adjust the contracted load demand (kW) of each consumer unit of the A4 group to be studied, its real necessity, avoiding unnecessary costs with contracted demand payments above or below the consumed demand, it is also aimed to adapt the tariff structure of each observed consumer unit, both in the A4 and B3 groups, according to its load demand and its electric power consumption and, finally, the cost reduction for Public Administration is sought and provide a practical way of analyzing and indicating the best tariff framework of the groups studied, and by such, achieving sustainable consumption and efficient electricity contracts.
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