it is very simple to represent your training experience..
sequential operations explanation of power plant start up
Combined Cycle Power Plant Main Process Diagram
Combined Cycle Power Plant Main Process Diagram
Full description
COMM OF CCPP
Full description
vapor and combined power cycleFull description
power plant operation
REFERANCE. CONCLUSION. STATUS ADVANTAGES & DISADVANTAGES. VARIOUS FACTOR VARIOUS TYPES WORKING BLOCK DIAGRAM&IT’S COMPONANTS.
Instrumentation And Control State of Knowledge AssessmentDescripción completa
Instrumentation And Control State of Knowledge AssessmentFull description
power plant,boilers,types of boilers
power plant
HANDBOOK FOR COGENERATION AND COMBINED CYCLE POWER PLANTSFull description
HANDBOOK FOR COGENERATION AND COMBINED CYCLE POWER PLANTS
Combined cycle power plant By Dr Aklilu A klilu Tesfamichael
Combined Power Plants A combine power plant is a system consists of a gas turbine power plant ,Heat Recovery Steam Generator (HRSG), generators, controls, and a steam turbine power plant. The gas exit temperature should be above 120 C to prevent corrosion
2
Fig: combined power plant
More Ways to Increase Power plant Thermal Efficiency
A combined gas turbine based power plant is essentially an electrical power plant in which a gas turbine and a steam turbine are used in combination to achieve greater efficiency than would be possible independently.
Since the increase in power output occurs without the input of additional heat, the overall thermal efficiency is increased.
Combined power plant efficiency
Fig: Schematic of Combined Cycle (CCGT) power plant.
Net power produced total
Q
in
W net f LHV m
W net ,GT
W net , ST
f LHV m
(50 60%)
Combined heat and power or cogeneration efficiency
Industries often require both power and heating loads
If the steam is used for heat (e.g. heating buildings, industrial process) then the plant would be referred to as a cogeneration plant or combined heat and power.
Power Heat recovred total
Q
in
W net ,GT
Q HRSG
f LHV m
(80 90%)
Cooling
load, as required by air conditioning and chilled water systems, may also be served by cogeneration systems.
Absorption chiller
Fig: Combined cooling and power
Chilled water
Fig: Energy Flow in Traditional Supply
Fig: Energy flow of typical Combined cooling heating power plant
Heat Recovery Steam Generator (HRSG)
MTU-
Construction Phase: Heat Recovery Steam Generators
12/07/2
Construction Phase: Condenser
12/07/2 011
Combined Gas-Steam Power Plant
FIG: Combined gas –steam power plant.
Binary Vapor Cycles
FIG: Mercury –water binary vapor cycle.
Example A simple steam power plant operates between pressures of 10 kPa and 4 MPa with a maximum temperature of 400ºC. The power output from the steam turbine is 100 MW. A gas turbine provides the energy to the boiler; it accepts air at 100 kPa and 25ºC, has a pressure ratio of 5, and a maximum temperature of 850ºC. The exhaust gases exit the boiler at 350 K. Determine the thermal efficiency of the combined Brayton-Rankine cycle.
