The transition to low-carbon development has been recognized as one of the most important directions for the transformation of national economies in most countries.Today we can identify two of the most common service-...The transition to low-carbon development has been recognized as one of the most important directions for the transformation of national economies in most countries.Today we can identify two of the most common service-oriented logical models of this transition.These are models of Service-Dominant Logic and Product-Service Systems that are used in this study to create a service-oriented platformfor stimulating business development in the field of energy-related(ER)services.The establishment of such a platform is being considered based on the conceptual provisions of the global business ecosystem.Such a platform has been found to be a powerful tool for systemic coordinated cooperation between actors in the ER-services market and the relevant actors in the energy sector as well as in other industrial markets,unleashing the benefits of synergies,resulting from such cooperation.The logical models of attracting energy services companies to the creation of virtual communities(centers)for large-scale implementation of measures in the field of energy efficiency and renewable energy sources are presented in detail.The advantages of the practical implementation of logicalmodels are confirmed by calculations performed onmathematicalmodel adapted for engineering use in the field of ER-services.展开更多
文摘The transition to low-carbon development has been recognized as one of the most important directions for the transformation of national economies in most countries.Today we can identify two of the most common service-oriented logical models of this transition.These are models of Service-Dominant Logic and Product-Service Systems that are used in this study to create a service-oriented platformfor stimulating business development in the field of energy-related(ER)services.The establishment of such a platform is being considered based on the conceptual provisions of the global business ecosystem.Such a platform has been found to be a powerful tool for systemic coordinated cooperation between actors in the ER-services market and the relevant actors in the energy sector as well as in other industrial markets,unleashing the benefits of synergies,resulting from such cooperation.The logical models of attracting energy services companies to the creation of virtual communities(centers)for large-scale implementation of measures in the field of energy efficiency and renewable energy sources are presented in detail.The advantages of the practical implementation of logicalmodels are confirmed by calculations performed onmathematicalmodel adapted for engineering use in the field of ER-services.
