Energy 14.Intelligent Power System of Russia

Energy

14.Intelligent Power System of Russia

2. 
   List of Technology Platform participants "Intelligent Power System of Russia"
   

Main tasks of technology platform :

• 
  definition of main requirements for domestic power system of the future and its functional properties with regard to current and prospective challenges of Russian and world power development trends;
  
• 
  formation of Russian strategic power development ;
  
• 
  definition of main technological development directions of all power system elements: generation, transportation and distribution, sales as well as consumption and management ;
  
• 
  definition of innovative components, technologies, information and management solutions in above mentioned spheres;
  
• 
  modernization coordination (to overcome technological gap) and innovative development of Russian power industry;
  
• 
  establishing (improvement) of incentives, tools and mechanisms for development of scientific and technical capabilities of Russia, upgrade of production capacity associated with power industry and related sectors of Russian economy (science, machine building industry, instrument engineering, electrical engineering, information technology and management systems , communications, education and training);
  
• 
  creation of highly efficient, environmentally friendly, safe and reliable power system of Russia (Russian power system) on the basis of innovative technology.
  

• 
  concept and roadmap of Russian intelligent power system;
  
• 
  list of major Russian competencies, technologies and equipment, competitive in domestic and international markets;
  
• 
  definition of requirements in equipment and technologies, identification of technological gaps in strategic sectors of the economy;
  
• 
  R & D programs, technology transfer and production localization ;
  
• 
  training program in the field of intelligent technologies ;
  
• 
  standards development program in the field of intelligent power technologies;
  
• 
  new research and production chains, consortia, clusters to solve strategic tasks of technological platform.
  

For power engineering companies :

• 
  transparent accounting and cost calculating system for electric supply and related infrastructure ;
  
• 
  real time monitoring of parameters and power system modes ;
  
• 
  automated power modes control, including change of network topology in real time;
  
• 
  algorithms and software products, hardware, providing management improvement for power facilities and power system control as a whole ;
  
• 
  reduction of power losses and expenses for auxiliaries;
  
• 
  transition to intelligent monitoring, accounting and production equipment diagnostics techniques to ensure effective functioning and operation, as well as the reduction of process risks and consequences of accidents.
  

• 
  transparent system of electric power supply and consumption accounting to establish commercially reasonable rates based on actual data .
  

• 
  power supply reliability improvement ;
  
• 
  overall service level enhancement ;
  
• 
  access to real time power consumption data;
  
• 
  ability to control energy consumption.
  

• 
  reduction of system failure risks;
  
• 
  increase of generation economic efficiency due to "flexible" management and improved equipment efficiency ;
  
• 
  increased power system resistance to natural disasters ;
  
• 
  increase in the share of renewable and distributed generation, as a part of Russian united power system;
  
• 
  consumers participation in demand management and ability to sell power produced by their own generating equipment on the market ;
  
• 
  enhancement of revealed Russian competitive advantages and elimination of technological gaps in strategic sectors of the economy ;
  
• 
  increase of Russia's share on international market of intelligent equipment and technologies;
  
• 
  innovative renovation of power sector with minimal capital investments aimed at ensuring high power, economic and environmental efficiency of production, transportation, distribution and use of energy ;
  
• 
  development of small-scale power engineering in decentralized energy supply area through more efficient use of local energy resources, development of power facilities, reduction of imported petroleum products consumption;
  
• 
  reduction of transportation losses due to performance optimization and consumers demand assessment ;
  
• 
  reduction of commercial losses in distribution and sales by improving accounting system, remote spot cut-offs for non-payment, introduction of prepayment system;
  
• 
  increase of electrical networks capacity due to active network elements and reactive power compensation ;
  
• 
  reduction of energy costs for government organizations, housing and communal facilities ;
  
• 
  electric power supply quality improvement ;
  
• 
  mitigation of negative impact on the environment ;
  
• 
  improved economic competitiveness and job creation in high-tech field ;
  
• 
  efficient use of production assets throughout their life cycle .
  

Techniques, developed in the framework of this technology platform bear stimulating effect on the following markets:

• 
  wholesale and retail electric power markets
  
• 
  electric power transmission services
  
• 
  electric power export
  
• 
  production and supply of energy fuel
  
• 
  transportation services for energy fuel
  
• 
  production and supply of electrical equipment and products of power-machine building industry
  
• 
  provision of engineering services in power engineering field
  
• 
  IT technology market
  
• 
  financial markets (long-term investments in strategic sectors of the economy)
  
• 
  industrial risks insurance market
  
• 
  maintenance market in power engineering field
  
• 
  labour market in power facilities operation and capital construction sphere
  
• 
  services market in educational sphere
  

• 
  power engineering
  
• 
  industrial energy sector
  
• 
  production, transportation and supply of energy fuel
  
• 
  power-plant engineering
  
• 
  capital construction
  
• 
  information technologies
  
• 
  education
  
• 
  housing and communal services .
  

1. 
   Creation of joint research & development centers aimed at:
   

• 
  Elaboration of requirements for the future energy industry
  
• 
  Definition of research fields of the first priority
  
• 
  Elaboration and testing of new technologies
  
• 
  Elaboration (improvement) of computer models for united energy system of Russia taking into account new smart technologies
  
• 
  Joint pilot projects in Russia and abroad
  
• 
  Training of specialists
  

2. 
   Creation of demonstration sites (including virtual) for promotion of modern achievements in the sphere of smart technologies for energy industry on the basis of national innovation centers.
   
3. 
   Regular information exchange, including:
   

• 
  Acquisition of information about research & development, conducted by EPRI, CEATI and other scientific organizations;
  
• 
  Pilot projects and their results;
  
• 
  Efficiency of smart technologies implementation
  
• 
  Methods for assessment of implementation efficiency of smart technologies in different spheres;
  
• 
  Currently implemented innovation technologies as well as planned for implementation with the next 5-10 years
  

4. 
   Participation of members of Russian technological platform “Smart energy system of Russia” in international workshops, conferences and symposiums
   
5. 
   Setting-up of cooperation with international organizations and companies, operating in smart technology for energy industry sphere, including signing of cooperation agreements with European technological platforms, foreign scientific centers and research funds
   
6. 
   Invitation of leading foreign companies and experts/ operating in the sphere of smart technologies for energy industry to take part in Russian technological platform «Smart energy system of Russia»
   
7. 
   Harmonization and elaboration of standards in order to provide large-scale implementation of smart technologies
   
8. 
   Cooperation in the field of information security and technological reliability during implementation of smart technologies in energy industry.