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Technology survey report on electric power systems

Lionel O. Barthold
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TLDR
In this article, the main areas of the power system: supply and demand, generation, energy storage, transmission lines, transmission substations, system operation, distribution, system design, software, and utility management.
Abstract
This report presents an overview of the status of today's power system technology and expectations for future development. It examines the main areas of the power system: supply and demand, generation, energy storage, transmission lines, transmission substations, system operation, distribution, system design, software, and utility management. Combined cycle units are emerging as the preferred generating source because of their low capital cost and high efficiency, particularly where gas is available. These units can also be adapted to coal fueling through coal gasification to minimize using oil as a fuel and to utilize indigenous resources. Increased environmental concern is giving impetus to the development of fluidized bed and coal gasification technologies to permit wider use of coal for electricity production. The report also points out that public concern, low oil prices and high capital cost will limit the use of nuclear power to only a few developing countries. It will also be many years before new technologies such as fuel cells or ocean thermal energy conversion could be considered for the developing countries. Finally, there is considerable scope for improving utility productivity through computer automation in specific areas such as generation dispatch, distribution operation and system control optimization.

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Technological capability assessment of a firm in the electricity sector

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Submission and evaluation of proposals for private power generation projects in developing countries

TL;DR: In this paper, the authors describe how private power development projects can be undertaken through a competitive bidding process and identify the key elements that are needed in the host country business environment for successful project development such as a stable macroeconomic environment, clear policies and procedures for project approval and processing.

Appropriate restructuring strategies for the power generation sector : the case of small systems

Robert Bacon
TL;DR: In this article, the authors focus on the point that the net gains from restructuring a power sector in a small system may in some circumstances be small or even nonexistent, and that the need to undertake extensive restructuring may be much less evident than in large systems.
References
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Power generation

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Power System Harmonics

TL;DR: In this article, the Static Convertor and Other Harmonic Sources Harmonic Effects: Within the Power System Interference with Communications Power System Harmonic Measurements Transducers and Data Transmission Standards for the Limitation and Control of Power system Harmonics Harmonic Penetration in A.C. Systems Harmonic Elimination Index.
Journal ArticleDOI

Review of load-flow calculation methods

TL;DR: A survey is presented on the currently available numerical techniques for power-system load-flow calculation using the digital computer, and the suitabilities of various methods for modern applications such as security monitoring and optimal load flow are examined.
Journal ArticleDOI

Practical Approaches to Supplementary Stabilizing from Accelerating Power

TL;DR: A practical approach of deriving stabilizing action comparable to that obtainable with accelerating power is described using measurement of electrical power and frequency of a voltage synthesized from machine terminal voltage and current.
Journal ArticleDOI

Trade off methods in system planning

TL;DR: In this paper, a multiobjective planning approach with uncertainty is described and a case study is presented in which trade off/risk is contributed to the analysis of resource planning options.
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