The project suggests solving a topical problem that consists in the development of methods and approaches to making heat supply systems intelligent. The intelligent heat supply system implies the integration of conventional and unconventional subsystems and technological processes with new communication technologies. Apart from the broad capabilities of information technologies, great attention is paid to the promising energy technologies such as cogeneration, heat pumps, renewable energy sources (e.g. wind, sun, and biotechnologies), etc.
The goal of the project is to develop a methodology and information- computation technologies to analyze and ensure the identifiability and controllability of pipeline systems as a necessary condition to make the systems intelligent.
The main goals of the project:
- Analysis of state of the art and challenges to load shedding schemes
- Development of principles and algorithms of distributed adaptive load shedding- Study on effects of distributed adaptive load shedding scheme against stability loss and current overload in real electric power systems
- Working-out the suggestions and conditions for distributed adaptive load shedding schemes implementation, assessment of their future evolution Research into certain aspects of electric power integration of the Unified Power System (UPS) of Russia in the post-soviet space and with the non-FSU countries were conducted by different organizations in different areas. In particular, close attention was paid to the research into the issues of the effectiveness of the formation of the interstate electric ties and interconnections in the region of Northeast Asia, interconnection of the UPS of Russia and electric power systems and power interconnections of Western European countries, etc.
