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Power Plant And Types Of Power Plants.

Power Plant And Types Of Power Plants.




Today we will discuss an important topic about electricity and power plants which may seem like the backbone of our modern human civilization. Today we can't even think of passing a day or a moment without electricity. Electricity plays a very important role in our daily needs. Which we cannot deny. Without electricity, our modern civilization could stop in an instant. Have we ever wondered or tried to figure out how we get electricity, such an important thing?

 

The following two articles discuss how to get renewable energy.

How To Get Energy From Renewable, Sustainable, Clean, or Green Energy.

Renewable Energy। Renewable Resources। Clean Energy। Source Of Renewable Energy।

 

Today we will discuss what are power plants and are the important parts of different types of power plants? A Power Plant is also referred to as a Power Station and sometimes Power Generating Station or a Power Generating Plant. What are the energy sources of the power plant? And what are the power plant parts protection measures?

A power plant is a combination of many components and the order in which electricity is generated. We know that energy is immortal, it is only transformed from one state to another. Power plants are basically converted from various energy sources to mechanical energy which in turn produces electrical energy. In the case of power generation only through solar energy, solar energy is directly converted into electrical energy.

 

Different Types Of Power Plants Based On Energy Sources. e.g.

  • Steam Turbine Power Plant.

  • Gas Turbine Power Plant.

  • Combined Cycle Power Plant.

  • Hydro-Electric Power Plant.

  • Nuclear Power Plant.

  • Diesel Engine Power Plant.

  • Wind Turbine Power Plant.

  • Solar Energy Power Plant.

  • Bioenergy Power Plant.

  • Seapower Power Plant.

  • Ocean Wave Energy Power Plant.

  • Sea Heat Energy Power Plant.

  • Tidal Energy Power Plant.

  • Geothermal Energy Power Plant.

  • Urban Garbage Power Plant.

  • Hydrogen Fuel Cell Power Plant.

 

Major Parts Or Components Of A Power Plant.

  • Boilers,

  • Turbine,

  • DC Power Source.

  • Cooling System,

  • Emergency Power Supply,

  • Control System,

  • Power Plant Block Diagram,

  • Power Plant Protection System,

  • Transformer,

  • Lube Oil System,

  • Bus-Bar Or Distribution System.

 

Energy Source Of A Power Plant.

  • Steam,

  • Gas,

  • Water,

  • Petroleum Products,

  • Nuclear Energy, Wind,

  • Ocean Wave,

  • Urban Garbage,

  • Tidal Energy,

  • Sun Light,

 

What are the conditions in which the parts of the power plant are normally?

  • Normal Condition.

  • Alarm Condition,

  • Trip Condition.

 

Lube oil systems and seal oil systems are very important in power plants. Three types of lube oil systems are used in power plants.

 

In a power plant powered by a turbine, special care is taken to protect the turbines from damage.

  • Lube Oil Pressure,

  • Control Oil Pressure,

  • Turbine Over Speed,

  • Axial Displacement Of Turbine Rotor,

  • Radial Displacement Of Turbine Rotor,

  • Excessive Vibration.

  • Cooling System, 

 

The following controllers work to protect the generator from damage to the power plant.

  • Differential Relay,

  • Over Current,

  • Phase Unbalance,

  • Earth Fault,

  • Reverse Power,

 

PLEASE READ MORE.....

  1. Industrial Catalyst And Classification.
  2. Electrical Hazards And Precautions.
  3. Renewable, Sustainable, Clean, or Green Energy.
  4. What Is Renewable Energy Or Renewable Resources, Or Clean Energy?
  5. Standard Operating Procedure (SOPs) Of The Steam Turbine.
  6. What Is Vacuum Hazard?Power Plant And Types Of Power Plants.
  7. Electrical Wiring Or Cabling। Classifications Of Electrical Wiring।

Power Plant And Types Of Power Plants.

  2. Steam Boiler। Mountings And Accessories Of Boiler.
  3. Standard Operating Procedure (SOP) Of The Steam Turbine.
  4. Metals। Used, Properties, Classification, And Types Of Metals.
  5. The Best Way To Search, Emergency Escape, And Rescue Operations From Accidents.
  6. What Is Distillation Process? Kinds Of Distillation Process.
  7. What Is Electrical Measuring Instrument And Testing Equipments.
  8. The Blessing Of Science In Modern Civilization Is The AC Motor Or DC Motor.
  9. The Mechanical Power Transmission System Or Energy Transfer.
  10. Troubleshooting, Checklist, And Solution Of Positive Displacement Pump.
  11. What is Packed Tower, Packing Elements, Function Of Packing Elements?
  12. Housekeeping Promotes Occupational Safety, Industrial Safety, or Workplace Safety.
  13. Industrial Static Vessels And Towers.
  14. How To Use Natural Gas In Petrochemical Plant.
  15. Question With Answer About Turbine Or Compressor Lube Oil Systems.
  16. Question With Answer About Turbine And Compressor In Process Industries 02.
  17. Question With Answer About Turbine And Compressor In Process Plant 01.
  18. What Is Compressor And Compression System? Working Principal Of Compressor.
  19. Sewage Or Wastewater Treatment Process.
  20. Explosion Hazard And How To Prevent It?
  21. How To Prevent Fire Hazards In The Workplace?
  22. Accident And Its Prevention In Work Place.
  23. Occupational Safety And Safety Requirements In Industries.
  24. Different Type Of Boiler. Boiler Operation And Operation Coefficient.
  25. Pump Cavitation And Prevention.
  26. Pumps & How It Works?
  27. Centrifugal Pump Checklist, Troubleshooting And Solution.
  28. What Is Seal And Types Of Seal?
  29. Safety Measures Associated With Confined Space.
  30. Why Static Charge Is Dangerous In Industrial Or Manufacturing Industries.
  31. What About Cooling Tower? Types Of Cooling Tower.
  32. What Is Gas Hydrate.How To Prevent It?
  33. Personal Protective Equipment (PPE). Types Of PPE.
  34. What Is Filter Or Separator? Types Of Filters.
  35. What Is Strainer? Types of strainer.
  36. What Is Lubricant And Properties Of Lubricant?
  37. The Steam Turbine, Classification Of Steam Turbine And How It Works?
  38. Personal Protective Equipment (PPE). Types Of PPE.
  39. What Is Filter? Types Of Filters.
  40. What Is Rupture Disc, How It Work?
  41. Let's know about general pipe fittings commonly needed in the industry.
  42. What Is Steam Traps?
  43. What is Fire Point, Smoke Point, Freezing Point, Dew Point, Flash Point, Pour Point, Boiling Point, Bubble Point?
  44. What is Critical Point,Surge point,Yield point,Aniline point,Triple Point,Melting Point,Auto ignition Point?
  45. Types Of Control Valve.
  46. Bearing And Different Types Of Bearing.
  47. What Means Process, Process Symbol, Process Diagram?
  48. About Heat Exchanger.
  49. Difference between Pressure Safety Valve and Pressure Relief Valve.
  50. About Check Valve.
  51. Why SHIPHON TUBE Is Used On Steam Pipeline?
  52. What Is Conservation Vent Valve?
  53. Different Types of valves.
  54. General Checklist List for Pre-start and Starting up the Centrifugal Pumps.
  55. Liquefaction Process Technologies for LNG Production.
  56. What Is Hydrostatic Test.
  57. What Is Deaeration Process? How To Remove O2, From Boiler Feed Water?
  58. Pumps Operation in Series and Parallel.
  59. Why Need To Maintain In Process Steam Quality.
  60. Why we need to close the(discharge) isolation valve of a centrifugal pump during start up.
  61. What Is A Steam Turbine.
  62. STEAM EJECTOR WORKING PRINCIPL.
  63. Glycol Dehydration Basic Process.
  64. Why Needs Tank blanketing In Process Plant.
  65. Let's Know About Industrial Storage Tanks.
  66. What Is Gas Hydrate. How To Create It On Pipeline And How To Prevent It?
  67. What Is Pumps " NPSHr “ Net Positive Suction Head?
  68. What Is Methanol – CH3OH?
  69. How does a liquid ring vacuum pump work.
  70. Difference between LNG, LPG and NGL.
  71. What About Cooling Tower? Types Of Cooling Tower.
  72. What Is Conservation Vent Valve.
  73. Why do we use deaerators In Process Plant?
  74. General Checklist List the Essential Steps and precautions for Pre start and Starting up the Centrifugal Pumps.
  75. How To H2 Production In Process Plant.
  76. Why Static Charge Is Dangerous In Industrial Or Manufacturing Industries.

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