Autonomous power generation system useful for supplying generated electricity to e.g. network cell towers, power grids, and various factories, comprises electricity generation system, gas generator, thermostat, demister, burner, steam boiler, steam turbine, and electricity generator
	SRIVASTAVA S
	2024-03-02
专利权人	SRIVASTAVA S (SRIV-Individual)
申请日期	2024-03-02
专利号	IN202421015611-A
成果简介	NOVELTY - Autonomous power generation system comprises: an electricity generation system (EGS) arranged to generate an electric current and, where the EGS comprises a solar panel, a vertical axis wind turbine and/or horizontal axis wind turbine; a gas generator (100) arranged to produce hydrogen gas or a blend of hydrogen and oxygen gases, the gas generator comprises an automatic transmit power control power supply (102), current source (104), and an electrolysis setup (106); a thermostat for temperature regulation during gas generation; a demister for separating steam from the produced gas; a burner for combustion of the generated gas, where the burner comprises injector, a flame stabilizer, cooling mechanism, and a flame detector; a steam boiler for converting water into high-pressure steam using the generated gas; a steam turbine for converting the high-pressure steam into mechanical energy; and an electricity generator for converting mechanical energy into electrical energy. USE - The autonomous power generation system is useful for supplying the generated electricity to network cell towers, power grids, various factories, housing societies apartments, at least one data center, and many other uses of electricity as per the demand (claimed). ADVANTAGE - The autonomous power generation system provides efficient power generation enhancing overall efficiency and reducing environmental impact. DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for autonomous power generation, comprising generating electric current using an electricity generation system, storing the generated electric current in a battery, producing hydrogen or oxyhydrogen gas using a gas generator, stabilizing power transmission with the automatic transmit power control power supply under varying weather conditions, providing a consistent current during electrolysis with the current source, generating hydrogen or oxyhydrogen gas by passing electric current through water in the electrolysis setup, regulating temperature during gas generation using a thermostat, separating steam from the produced gas with a demister, combusting the generated gas with a burner comprising injecting generated gases efficiently using an injector, maintaining a stable combustion process with a flame stabilizer, recognizing and dissipating intense heat generated by hydrogen flames using a cooling mechanism, monitoring burner ignition and extinguishment with a flame detector comprising a flame sensor, and cutting off gas supply in case of flame instability or safety concerns using an emergency shutdown system, converting water into high-pressure steam using the generated gas in a steam boiler, converting the high-pressure steam into mechanical energy with a steam turbine, and converting mechanical energy into electrical energy with an electricity generator. DESCRIPTION OF DRAWING(S) - The figure shows the system of a gas generator. 100Gas generator 102Automatic transmit power control power supply 104Current source 106Electrolysis setup
IPC 分类号	C25B-001/04 ; F03D-000/00 ; F03D-009/19 ; F03D-009/25 ; H02J-015/00 ; H02J-003/38 ; H02S-010/12
国家	印度
专业领域	能源矿产
语种	英语
成果类型	专利
文献类型	科技成果
条目标识符	http://119.78.100.226:8889/handle/3KE4DYBR/17903
专题	中国科学院新疆生态与地理研究所
作者单位	SRIVASTAVA S (SRIV-Individual)
推荐引用方式 GB/T 7714	SRIVASTAVA S. Autonomous power generation system useful for supplying generated electricity to e.g. network cell towers, power grids, and various factories, comprises electricity generation system, gas generator, thermostat, demister, burner, steam boiler, steam turbine, and electricity generator. IN202421015611-A[P]. 2024.

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