| Name | Support | Language | Availability | Edition date | Price | ||
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PDF |
English |
Available |
1/1/2024 |
€382.00 |
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|
Papier et PDF |
English |
Available |
1/1/2024 |
€609.00 |
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|
Papier |
English |
Available |
1/1/2024 |
€339.00 |
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Details
Comparing gas turbines? The annual Gas Turbine World Handbook is a practical reference guide for industrial gas turbine comparisons, project planning, engineering, construction, operation and maintenance, that includes gas turbine model prices, plant prices and trends, gas turbine design ratings, and specifications.
Gas Turbine Pricing & Plant Cost Estimates
Pricing factors ($/KW) and scope of equipment supply for:
simple cycle genset pricing
combined cycle plant pricing
mechanical drive units pricing
Plant cost estimates in 4 configurations: simple cycle (Aero and H class), combined cycle single shaft, and combined cycle multi-shaft
Cost comparisons with Battery storage, Nuclear Power Plant, Offshore Wind, Onshore Wind, and Solar PV plant
Gas Turbine Model Ratings
new and upgraded gas turbine design changes over the last 5 years
ratings for nearly every gas turbine model above 1MW in power output, including the highest selling industrial gas turbines (such as LM2500, LM6000, m701jac, SGT-800, STT-A05, AE-94, gt36, and more!)
Specs and rating coverage includes:
simple cycle gensets for 240+ gas turbine designs
combined cycle plants for 220+ single and multi-shaft configurations
mechanical drive units for 90+ gas turbine designs
Marine gas turbines for 25+ marinized designs
adjustment factors for estimating rated performance at different site conditions
Industrial gas turbine model data from the following OEMs: Siemens Energy, GE Power, Mitsubishi Power, Ansaldo Energia, Baker Hughes, Solar Turbines, United Engine Corp, IHI Power Systems, Kawasaki Heavy Industries, KMPO, MAN Turbo, Zorya Mashproekt, BHEL, Capstone, Ethos Energy, Magellan, Centrax, Mapna, Doosan and Vericor.
Engineering Toolbox
Hydrogen gas turbine ratings, from 0% to 100% H2
Combined Cycle Design Trade-Offs and Performance cost factors
Steam Bottoming Cycle: design choices and impact
Gas Turbine NOx Levels: simplified reporting tool
Heat Rate Comparison: LHV vs. HHV conversion
Part-Load Design Ratings: heat rate / fuel flow factors
GTW Editorial Staff Research
over 60 industry interviews and OEM surveys
unique database of design ratings and pricing
hundreds of hours editorial manpower collecting and evaluating data
Additional Info
| Author | Gas Turbine World |
|---|---|
| Published by | GTW |
| Document type | Manual |
