Резюме. Цель. Рассмотрены все виды

Резюме. Цель. Рассмотрены все виды и типы арматуры различного функционирования и назначения на магистральных нефтепроводах, недостатки дизельных генераторов. Методы. Предложен вариант электроснабжения аварийных задвижек. Проведены расчеты затрат на установку и эксплуатацию оборудования. Результаты и их обсуждение. На основе проведенного исследования по внедрению солнечно-ветровых установки для питания аварийных задвижек, предлагается алгоритм расчета. Выводы. Экономия топлива составила 137970 литров дизельного топлива в год или в денежном эквиваленте 9,66 млн.руб. При затратах на возведение солнечных батарей окупаемость внедрения составляет 3,1 года, что является инвестиционно-привлекаемым. На основе проведенного исследования по внедрению солнечно-ветровых установки для питания аварийных задвижек, предлагается следующий алгоритм расчета применимый в Восточной Сибири и других регионах Российской Федерации

Результаты (английский) 1:

Summary. Goal. All types of valves of different operation and pipelines, the disadvantages of diesel generators. Methods. Offered the option of emergency power supply of valves. Calculations of costs for the installation and operation of equipment. Results and discussion. On the basis of the study on introduction of solar-wind power installations for emergency valves, calculation algorithm is proposed. Conclusions. Fuel savings amounted to 137970 litres of diesel fuel per year or in monetary terms 9.66 million rubles. When the cost of erecting solar panels payback introduction is 3.1 years, that investment is attracted. On the basis of the study on introduction of solar-wind power installations for emergency valves, it is proposed that the following algorithm for calculating the applicable in Eastern Siberia and other regions of the Russian Federation

Результаты (английский) 2:

Summary. Goal. We consider all kinds and types of fittings for various functioning and purpose on the main oil pipelines, diesel generators disadvantages. Methods. A variant of power supply emergency valves. The calculations for the installation and operation of the equipment costs. Results and its discussion. On the basis of the study on the implementation of solar-wind power plant for emergency valves proposed calculation algorithm. Conclusions. Fuel economy was 137,970 liters of diesel fuel per year, or the cash equivalent of 9.66 million rubles. At a cost for the construction of solar implementation payback is 3.1 years, which is the investment attracted. On the basis of the study on the implementation of solar-wind power plant for emergency valves, the following calculation algorithm is applicable in Eastern Siberia and other regions of the Russian Federation

Результаты (английский) 3:

summary. the purpose of. considered all kinds of types of valves of different operation and use of pipelines, the disadvantages of diesel generators. methods. offered the option of electricity emergency valves. calculations the cost of installation and maintenance of equipment. results and discussion. on the basis of the study on the introduction of solar wind power installation for emergency valves, the proposed algorithm. conclusions. fuel economy was 137970 gallons of diesel fuel a year or in monetary terms 9,66 construction. the cost of the rate of solar batteries is 3.1 years, what is the investment involved. on the basis of the study on the introduction of solar wind power installation for emergency valves, the following algorithm applicable in east siberia and other regions of the russian federation