Increasing the energy saving efficiency of an isolated object (by the example of a Far Eastern Federal University campus)

This paper proposes an ongoing measures aimed at increasing the energy efficiency of an isolated facility (using the example of the campus of the Far Eastern Federal University (hereinafter referred to as FEFU/University)), entailing financial costs to ensure quality and energy supply, solving productivity problems by using power, available equipment, and regulating the regime of thermal energy consumption, through limiting the circulation of coolant from third-party generation, in combination with the implementation of intelligent online supervision of the complex state of the FEFU energy sector as a whole, which ultimately leads to a significant difference in the cost of purchased thermal energy from third-party generation and the generated heat flow of FEFU’s own capacities.This paper attracts attention with the analytics and dynamics of implementation, options for further development of the effective application of energy saving policies.The presented activities are a technical solution in the field of energy saving and increasing the energy efficiency of decentralized systems and this experience can be applied not only to existing facilities, but also, for example, in the federal project «Development of infrastructure for scientific research and training», within the framework of which - new innovative type of campuses are being developed and put into operation.