Cogeneration steam turbines from Siemens: New solutions

Kasilov, V. F.; Kholodkov, S. V.

doi:10.1134/s0040601517030041

Cited by 3 publications

(1 citation statement)

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“…The most important advantage of combined electricity and heat generation is in its potentially high efficiency of transformation of primary into secondary useful forms of energy [1] [2] [3], which has resulted in its greater application and faster development [4] [5]. The energy effect of combined energy production for steam turbine plants is often expresses through primary energy savings compared to the same separate production that can reach for newly designed plants up to about 30% maximum.…”

Section: Introductionmentioning

confidence: 99%

Auxiliary Software for Defining the Parameters of the Structural Organization of a Complex System

Savic

2024

JSEA

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The developed auxiliary software serves to simplify, standardize and facilitate the software loading of the structural organization of a complex technological system, as well as its further manipulation within the process of solving the considered technological system. Its help can be especially useful in the case of a complex structural organization of a technological system with a large number of different functional elements grouped into several technological subsystems. This paper presents the results of its application for a special complex technological system related to the reference steam block for the combined production of heat and electricity.

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Section: Introductionmentioning

confidence: 99%

Auxiliary Software for Defining the Parameters of the Structural Organization of a Complex System

Savic

2024

JSEA

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A Review of Trends in Development of Cogeneration Steam Turbine Units

Shibaev¹

2020

Therm. Eng.

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Methodology for Assessing the Effects of Combined Cycle Plant Characteristics on the Quality of Generated Electrical Power

Chinhenha¹,

Mindykowski

2019

sjgmu

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This paper deals with the assessment methodology for the impact of combined cycle plant characteristics on the quality of the produced electrical power. The aim of this work is to develop the assessment methodology with the use of an algorithm based on a flowchart of the system. The research methodology includes an analysis of the non-steady state phenomena with use of a MATLAB-Simulink environment and an analysis of the steady-state phenomena based on the theoretical calculations and analytical models of a combined cycle plant of the COGES type, connected with the processes of producing and converting of thermal and electrical power in the considered systems. A key point of the study is to check that the voltage frequency modulation on the shaft of the gas turbine is included in the limits defined by the appropriate requirements of the related IEEE Std 45TM-2002 standard.

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Cogeneration steam turbines from Siemens: New solutions

Cited by 3 publications

References 1 publication

Auxiliary Software for Defining the Parameters of the Structural Organization of a Complex System

Auxiliary Software for Defining the Parameters of the Structural Organization of a Complex System

A Review of Trends in Development of Cogeneration Steam Turbine Units

Methodology for Assessing the Effects of Combined Cycle Plant Characteristics on the Quality of Generated Electrical Power

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