Movable comprehensive energy system for pasturing area

Abstract

The invention discloses a movable comprehensive energy system for a pasturing area. An outlet of a fermentation device is sequentially connected with input ends of a gas separator, a micro gas turbine, a turbine and a motor, and an outlet of an air compressor is connected with an inlet of the micro gas turbine. Organic matter enters the fermentation device and is fermented to generate mixed gas, the mixed gas enters the gas separator, methane is filtered out through the gas separator, the separated methane enters the micro gas turbine, the air compressor pressurizes air, the high-pressure air enters the micro gas turbine, the micro gas turbine takes methane as fuel, the high-pressure air is used as combustion air for combustion, high-temperature flue gas is generated and pushes the turbine to do work and drive the motor to output electric energy. The system can be flexibly started and stopped independent of a traditional power grid, is convenient to arrange, facilitates migration along with herdsmen, and better meets living and production requirements of people in a pasturing area.

Description

technical field [0001] The invention belongs to the field of energy systems and relates to a mobile comprehensive energy system in pastoral areas. Background technique [0002] Due to seasonal changes in pastoral areas, herdsmen often need to move their camps. Traditional power grids are limited by hardware construction, making it difficult to provide flexible power supply for herdsmen. Therefore, exploring new energy systems, providing flexible power supply for pastoral areas, and meeting the needs of people in pastoral areas for a better life is an important issue in my country's power industry. [0003] During the migration process of pastoral areas, the traditional central power generation technology must pass through the transmission and distribution network to supply the produced electric energy. When new users in pastoral areas appear or users need to increase power supply, the traditional power supply method can only be through building new substations or upgrading ...

AI Technical Summary

Problems solved by technology

[0003] During the migration process of pastoral areas, the traditional central power generation technology must pass through the transmission and distribution network to supply the produced electric energy. When new users in pastoral areas appear or users need to increase power supply, the traditional power supply method can only be through building new substations or upgrading The realization of the power transmission and distribution system requires huge investment

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