Predun K. Theoretical and methodological foundations of environmental management of energy supply stakeholders based on biosphere compatibility.

The dissertation is devoted to the development of conceptual, theoretical and methodological and scientific and applied principles of energy supply, distribution and consumption of energy resources based on environmental management, biosphere compatibility and finding a balance between traditional and alternative energy sources. This study substantiates the theoretical foundations, methodology and applied tools of the energy supply and energy consumption system on the basis of greening, biosphere compatibility, in accordance with the requirements of the modern concept of sustainable development (Sustainable Development), which provides environmentally sound design (energy and design) ) in residential, socio-infrastructural and industrial facilities, with proper optimization of environmental, technological, social and economic factors at each stage of the chain of "energy supply and energy consumption" and the wide involvement of energy-saving technologies and renewable resources. The conceptual-theoretical basis and general-theoretical principles of development and functioning of the energy supply system based on biosphere compatibility and ecological management as a complex dynamic socio-ecological-economic system are substantiated, which in the conditions of significant contradiction of its stakeholder system is aimed at ensuring minimizing the overall damage to the environment from the operation of this system. The tools of ecological and economic substantiation of the cycle of modernization of energy supply systems are developed: adjusted to the requirements of biosphere compatibility. The control and strategic subsystems of the toolkit provide the management of temporary organizational structures (clusters) with the expected (preventive) values of indicators of the final (synergistic) economic and the level of systemic compliance with the directive requirements for biosphere compatibility in energy supply modernization projects. The method of formalized substantiation and applied principles of ecological insurance of projects and programs of biosphere-compatible modernization of energy supply are developed. Based on the systematization of existing approaches to the net rate, the probability of occurrence of the insured event and the loss ratio are proposed as a parameter of its substantiation. The formula of quantitative assessment of ecological risk in the context of a particular type is substantiated (taking into account the stage of the project and program life cycle, type of stakeholder, operational and organizational-managerial advantages of the cluster, etc.).