RU2009105726A

RU2009105726A - COMPLEX POWER STATION

Info

Publication number: RU2009105726A
Application number: RU2009105726/06A
Authority: RU
Inventors: Вячеслав Викторович Ларионов (RU); Вячеслав Викторович Ларионов
Original assignee: Вячеслав Викторович Ларионов (RU); Вячеслав Викторович Ларионов
Priority date: 2009-02-18
Filing date: 2009-02-18
Publication date: 2010-08-27
Also published as: RU2431047C2

Abstract

Комплексная энергетическая станция, использующая один или несколько различных видов энергии, имеющая движитель(и), преобразующий(е) этот(и) вид(ы) энергии в механическую; электрогенератор(ы), преобразующие механическую энергию в электрическую и повышающий(ие) трансформатор(ы) для передачи электроэнергии по высоковольтным линиям передач потребителям, отличающаяся тем, что: ! станция оборудована установкой(ами) для сжижения и разделения воздуха, криоемкостью(ями) холодильником(ами), сборником(ами) пресной воды, криодетандерной(ыми) силовой(ыми) установкой(ами); ! компрессор(ы) установки для сжижения и разделения воздуха приводится в действие через трансмиссию от движителя и(или) от детандера криодетандерной силовой установки; ! выходной канал компрессора соединен термоизолированными трубопроводами с со входом нагревающего (горячего) газа теплообменника и, через систему двухходовых кранов-переключателей, с попеременно переключаемыми радиаторами криодетандерной силовой установки, а соответствующие выходы теплообменника и радиаторов соединены со входом установки для сжижения разделения воздуха; !детандер соединен трансмиссией с компрессором и(или) с электрогенератороми; ! выход жидкостного насоса криодетандерной силовой установки, закачивающего сжиженный газ из криоемкости, соединен параллельными термоизолиованными трубопроводами с системами охлаждения обмоток статеров электрогенераторов и трансформаторов и с испарителем холодильника, а соответствующие выходы соединены общим трубопроводом через систему двухходовых кранов-переключателей с попеременно переключаемыми радиаторами; выход из соотве A complex energy station that uses one or more different types of energy, having a propulsion unit (s) that converts (e) this type (s) of energy into mechanical energy; generator (s) that convert mechanical energy into electrical and step-up (s) transformer (s) for transmitting electricity through high-voltage transmission lines to consumers, characterized in that:! the station is equipped with a unit (s) for liquefying and separating air, a cryocapacity (s) of a refrigerator (s), a fresh water collector (s), a cryodetander (s) power plant (s); ! compressor (s) of an air liquefaction and separation plant is driven through a transmission from a propulsion device and / or from an expander of a cryodetander power plant; ! the compressor outlet channel is connected by thermally insulated pipelines to the inlet of the heating (hot) gas of the heat exchanger and, through a system of two-way switch taps, with alternately switched radiators of the cryodetander power plant, and the corresponding exits of the heat exchanger and radiators are connected to the inlet of the installation to liquefy air separation; ! the expander is connected by a transmission to a compressor and (or) to an electric generator; ! the output of the liquid pump of the cryodetander power plant pumping liquefied gas from the cryogenic tank is connected by parallel thermally insulated pipelines to the cooling systems of the windings of the staters of electric generators and transformers and with the evaporator of the refrigerator, and the corresponding outputs are connected by a common pipe through a system of two-way switch valves with alternately switched radiators; exit from

Claims

A complex energy station that uses one or more different types of energy, having a propulsion unit (s) that converts (e) this type (s) of energy into mechanical energy; generator (s) that convert mechanical energy into electrical and step-up (s) transformer (s) for transmitting electricity through high-voltage transmission lines to consumers, characterized in that:

the station is equipped with a unit (s) for liquefying and separating air, a cryocapacity (s) of a refrigerator (s), a fresh water collector (s), a cryodetander (s) power plant (s);

compressor (s) of an air liquefaction and separation plant is driven through a transmission from a propulsion device and / or from an expander of a cryodetander power plant;

the compressor outlet channel is connected by thermally insulated pipelines to the inlet of the heating (hot) gas of the heat exchanger and, through a system of two-way switch taps, with alternately switched radiators of the cryodetander power plant, and the corresponding exits of the heat exchanger and radiators are connected to the inlet of the installation to liquefy air separation;

the expander is connected by a transmission to a compressor and (or) to an electric generator;

the output of the liquid pump of the cryodetander power plant pumping liquefied gas from the cryogenic tank is connected by parallel thermally insulated pipelines to the cooling systems of the windings of the staters of electric generators and transformers and with the evaporator of the refrigerator, and the corresponding outputs are connected by a common pipe through a system of two-way switch valves with alternately switched radiators; the output from the corresponding radiator is connected to the inputs of the cooling systems of the rotors of the electric generators, the outputs of which are connected to the input of the heated (cold) gas of the heat exchanger, the output of which is connected to the input of the expander, the output of which is connected to the input of the compressor;

a fresh water collector is located under the radiators of the cryodeander power plant.