SIEMENS Steam Turbines for CSP Plants Owner's Manual User Guide

Summary

Harness advanced renewable energy with steam turbines optimized for Concentrated Solar Power (CSP) plants. This technical resource guides professionals through efficient solar energy conversion, detailing equipment designed to transform concentrated sunlight into reliable power. Coverage includes technical specifications, integration across multiple CSP technologies (like parabolic trough), and optimal operational parameters, ensuring robust performance for major industrial and utility-scale green energy projects worldwide.

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Steam turbines for CSP plants Industrial steam turbines

Answers for energy.

Page Summary Contents For SIEMENS Steam Turbines for CSP Plants Owner's Manual User Guide

Page 1 Steam turbines for CSP plants Industrial steam turbines Answers for energy.

Page 3 Green power without carbon dioxide Sun power is a potentially inexhaustible source for energy production. The advantage of solar energy is that the fuel is both free and abundant. In the face of globa...

Page 5 Parabolic trough technology With operational experience of more than 20 years in commercial installations, the parabolic trough technology has proven its reliability, showing its impressive potential ...

Page 6 Solar power tower /central receiver The main advantage of solar power towers in comparison to line-focusing systems is the ability to provide high-temperature superheated steam, leading to higher powe...

Page 7 Linear Fresnel Simplified plant design, lower investment and operational costs are the main advantages of Linear Fresnel systems. The flat mirrors are cheaper and easier to produce than parabolic curv...

Page 8 Steam turbines in CSP applications CSP plants require steam turbines which are optimized for their complex and challenging cycle conditions. Bearing in mind that efficiency and total cost of ownership...

Page 9 Siemens R&D activities configuration, supercritical steam para- reheat cycles. Due to their high flexibility meters. Siemens CSP steam turbines have and their outstanding efficiency, they fit Toge...

Page 10 Integrated Solar Combined-Cycle Plants Apart from solar thermal power plants, Siemens solar steam turbines can be also used for hybrid plants like Integrated Solar Combined-Cycle (ISCC) systems. The h...

Page 11 Comprehensive plant expertise Siemens expertise includes high-efficiency receiver technology, complete plant know-how and proven repairs and maintenance solutions. We are able to offer about 70 percen...

Page 12 Selected turbine references in CSP Siemens have sold more than 50 steam turbines for CSP plants using parabolic trough, solar power tower or Linear Fresnel technology to generate environmentally frien...

Page 13 Siemens CSP experience Customers can gain confidence in the reliability and bankability of new projects with Siemens, who have the largest number of steam turbine projects and references worldwide in ...

Page 14 Siemens steam turbines for CSP Siemens commands a comprehensive product portfolio for CSP plants, covering the full range from 1.5 MW to more than 250 MW. The following list presents the portfolio of ...

Page 15 SST-600 SST-700 SST-800 SST-900 For reheat and non-reheat For reheat and double For reheat and non-reheat For reheat and non-reheat applications reheat applications applications applications The SST-6...

Page 16 Published by and copyright 2011: Siemens AG Energy Sector Freyeslebenstrasse 1 91058 Erlangen, Germany Siemens AG Energy Sector Oil & Gas Division Wolfgang-Reuter-Platz 47053 Duisburg, Germany Sie...

Manual Details

Brand	Siemens
Pages	16
File Size	2.22 MB
Published	June 04, 2026

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Frequently Asked Questions

What are the different solar thermal collector technologies mentioned?

The main types include parabolic trough collectors, linear Fresnel plants with flat mirrors, and central tower plants with curved mirrors or heliostats.

How does molten salt improve CSP plant operation?

Molten salt tanks provide power supply even during bad weather or at night, significantly increasing full-load operational hours.

What is the primary function of steam turbines in this process?

They use steam produced from concentrated solar heat to drive the power generation process.

What proves the parabolic trough technology's reliability?

It has proven its reliability over 20 years with operational experience in commercial CSP installations.