he work aims to identify opportunities to increase energy efficiency in a public building, and may even partially obtain the “Procel” seal of energy efficiency. For this, the efficiency and costs of the current lighting circuit will be analyzed, in light of the results new calculations will be made using more efficient lighting technology, contributing to cost reduction, a system will be implemented using communication networks to automate the lighting and cooling circuits in the rooms, the system application will trigger the circuits remotely and independent. The current and future conditions of the lighting circuits will be compared and the results will show how much savings the institution has brought, using a new lighting and automation system. After all the analysis done, the budgets prepared for the implementation, the play back of the return on investment can be evaluated.
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