Working principle diagram of electric steam generator

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Steam Turbine - How Steam Energy Works | TurbineGenerator

In the diagram below we see a simplified example of how a steam energy turbine works. Here is a simple step by step guide: (1) A heat source of some sort — perhaps a combusted fossil fuel or solar heat — is used to create heat energy. (2) The boiler, …

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Steam Boiler - Definition, Working Principle, Types, and Applications - ElProCus is an educational website on electronic …

A steam boiler is a power generation device, used for generating steam by applying the heat energy to water. The pressure range of earlier boilers ranges from low pressure to medium pressure (7 kPa to 2000 kPa/ 1psi to 290 psi). The present boilers are more useful because it works …

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Steam Boiler: Working principle and Types of Boiler | Electrical4U

24/2/2012 · Working Principle of Boiler. The basic working principle of boiler is very very simple and easy to understand. The boiler is essentially a closed vessel inside which water is stored. Fuel (generally coal) is burnt in a furnace and hot gasses are produced. These hot gasses come in contact with water vessel where the heat of these hot gases

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7. COGENERATION

Figure 7.4 Schematic Diagram of Gas Turbine Cogeneration Figure 7.5 Schematic Diagram of Reciprocating Engine Cogeneration Flue Gases (–500 C) Exhaust Heat(–150 C) Water Boiler Fuel Air Gas Turbine Generator Electricity Steam Ch-07.qxd 2/23/2005

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Steam Turbine - How Steam Energy Works | TurbineGenerator

In the diagram below we see a simplified example of how a steam energy turbine works. Here is a simple step by step guide: (1) A heat source of some sort — perhaps a combusted fossil fuel or solar heat — is used to create heat energy. (2) The boiler, …

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Generator (Steam) - Power Zone Equipment

Working principle of a Steam-Driven Generator In a steam turbine driven generator, heat is generated from a source. There is a boiler that contains water and the heat is used to convert it into steam which is of high temperature and high pressure. Steam production depends on the flow rate and surface area of the heat transfer and the heat of combustion used.

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