«СИСТЕМНЫЕ ИССЛЕДОВАНИЯ ЭНЕРГЕТИЧЕСКИХ РЫНКОВ»
Если вы хотите стать специалистом, умеющим принимать обоснованные решения, анализировать быстро меняющуюся ситуацию на энергетических рынках и разбираться в сложных взаимосвязях политики, экономики, энергетики, экологии и инноваций сейчас и в будущем – приходите к нам.
Кафедра создана в 2011 году в качестве центра, объединяющего университетскую учебную подготовку, академическую науку, практику современного бизнеса в области функционирования и развития энергетики, энергетической политики, управления и прогнозирования энергетических систем, энергетических компаний, мировых и российских энергетических рынков.
Наши выпускники работают в российских энергетических компаниях, органах государственного управления РФ и в ведущих научных центрах нашей страны.
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Интересующие вас вопросы по программе можно задать, позвонив на кафедру по телефону +7.499.123-11-05 или в приемную комиссию РГУ нефти и газа (НИУ) имени И.М. Губкина
Relationship between the economy and the energy sector
The fuel and energy sector is a key sector of the Russian economy. To a large extent it determines potential development of the country in the economic, social, technological and political spheres. Therefore research on the relationship between the energy sector and the economy is a traditional subject at ERI RAS. Studies are based on the methodology for system research, aiming for an integrated consideration of all aspects and directions of the relationship between the economy and the industries in the fuel and energy sector. Methods, economic and mathematical models and information databases are developed and regularly used in the qualitative analysis of the condition and development prospects of the fuel and energy sector. Currently the methodology for system research is a synthesis of the following methodical directions and tools:
• A modelling and information complex for predictive macroeconomic research;
• A method, an algorithm and software support for multi-linear programming. Prices of products/goods, tax rates, salary levels in the industries etc. can be used as the desired variables in optimisation tasks (ссылка);
• A software system for computerised interactive development, modification and application of static and dynamic economic and mathematical models;
• A methodology for making predictive computations aimed at searching for optimal compromise solutions;
• A methodology, an information database and analytical models for forecasting socio-economic development of all subjects of the Russian Federation
• A model for predictive research on the macroeconomic consequences of various measures to curb greenhouse gas emissions in Russia with a more detailed review of individual carbon intensive industries (ссылка).
Research on the relationship between the industries in the fuel and energy sector and the economy is aimed at:
• A reconciliation of parameters of the government investment policy, pricing, taxation and export policies in the energy sector with the dynamics of the development of the industries in the fuel and energy sector, capabilities of the government budget, industries - energy consumers and households.
• A macroeconomic substantiation and an evaluation of the macroeconomic impact of strategic decisions in the area of the development and reforms in the domestic energy markets, taking into account a balance of interests between producers and consumers and based on economic development goals and conditions in external energy markets.
• A reconciliation of rational scenarios of production, investment programmes of the energy industries and large companies and predicted dynamics of macroeconomic indicators / predicted development of the adjacent non-energy sectors of the economy.
• An analysis of possible stimulation mechanisms and an evaluation of the impact of various measures to curb greenhouse gas emissions on the Russian economy;
• Developing mutually coordinated scenarios of socio-economic and industrial development of all subjects of the Russian Federation, taking into account possible changes in the current trends in the industry structure of the economy of the subjects of the Russian Federation.
A comparative analysis showed that a rapid increase in world hydrocarbon prices contributed to an accelerated reduction in energy intensity of the economy. However, as soon as in 2005 the negative impact of growing energy prices became evident. An increase in the efficiency of consumption in non-energy industries had less of an impact on a reduction in GDP energy intensity than the ES-20 had envisioned
It was noted that economic growth based on rising world prices of a fairly limited list of goods cannot be stable and long term. Should the discovered trends remain and world energy prices decline, economic development and GDP energy intensity dynamics could fall below the levels specified within the ES-20.
In 2004-2005 in the course of work to substantiate the dynamics of capacity and structure of the domestic gas market, we researched several scenarios to restructure the domestic gas market and its impact on the rates of economic development of Russia.
In particular, the option of a 5-year transfer of commercial consumers from a regulated to a competitive market was chosen as a compromise scenario. A concessionary period will apply not only to households and state funded organisations, but also to small commercial gas consumers. These proposals are now being implemented via resolutions of the government of the Russian Federation on reforms in the domestic gas market.
In 2008 qualitative research was undertaken to assess the macroeconomic impact of the economic and technological measures to curb greenhouse gas emissions (GHG) in Russia. Results of the calculations showed that in the period up to 2029 volumes of GHG emissions from fuel utilisation in Russia would most likely stay below the 1990 level even without any environmental measures (moderate scenario). Curbing GHG emissions within the range of 1-2% of the moderate scenario levels would have little to no impact on the rates of economic development of the country. It would, however, make it possible to maintain GHG emissions from fuel utilisation below the 1990 levels beyond 2030. As far as total GHG emissions from all sources are concerned, only curbing emissions at over 10% of the moderate scenario levels would allow to keep emissions below the 1990 levels in the period to 2030.