Showing papers on "Stand-alone power system published in 1970"
Book•
01 Jan 1970TL;DR: This paper presents basic principles of the economic operation of power systems, and some of the techniques used in this operation include EHV Operation, Telemetering Methods, and Supervisory Control and Data Acquisition System.
Abstract: Basic Principles. Transfer of Energy in Power Systems. VAR Flows. Economic Operation of Power Systems. Power System Control. Energy Accounting in Interconnected Disciplines. Power System Communication. Telemetering Methods. Supervisory Control and Data Acquisition System. Power System Reliability Factors. Power System Protection. Power System Stability. EHV Operation.
68 citations
TL;DR: In this paper, the capabilities of modem high-voltage power fuses are highlighted and their sphere of utilization in industrial electric distribution systems with the attendant benefits of minimized cost, space requirements, and maintenance of fault protection equipment; minimized disturbances to the power supply system and limiting of the interruption of power to only the faulty component of the system; and maximized security for personnel is illustrated.
Abstract: High-voltage power fuses today include improvements in their performance characteristics that are virtually as impressive as the rapidly increasing use of higher distribution voltages in industrial and commercial power systems. The capabilities of modem high-voltage fuses are highlighted. Their sphere of utilization in industrial electric distribution systems with the attendant benefits of 1) minimized cost, space requirements, and maintenance of fault protection equipment; 2) minimized disturbances to the power supply system and limiting of the interruption of power to only the faulty component of the system; and 3) maximized security for personnel is illustrated.
2 citations
TL;DR: A review of principles, materials, devices and applications for solar radiation can be found in this paper, where a review of the application of solar radiation in electrical power generation is given.
Abstract: Solar radiation provides a readily available source of energy which can be used to generate electricity. It can be used as a source of heat for conventional electrical power generation of more directly for the conversion of heat into electricity by the techniques of thermoelectric or thermionic conversion. A review of principles, materials, devices and applications is given.
1 citations