IEC/TR 62510-2008 电学特性的标准化

标准号：IEC/TR 62510-2008
中文标准名称：电学特性的标准化
英文标准名称：Standardising the characteristics of electricity
标准类型：K00
发布日期：1999/12/31 12:00:00
实施日期：1999/12/31 12:00:00
中国标准分类号：K00
国际标准分类号：17.220.01;29.020
适用范围：This technical report outlines the way in which electricity is now described as a product.Particularly, in Europe and several other areas, for example Brazil and Argentina, as well as insome states in the United States of America.It is, however, rather a unique product because of its intangible and transient nature. Strictly, itis a product that exists only for an instant at a given point of delivery, comes into existence atthe same instant at which it is being used and is replaced immediately by a new product withrather different characteristics. Its characteristics are different at each separate point ofdelivery. Moreover, it is a product whose quality depends not only on the elements that go intoits production, but also in the way in which it is being used at any instant by the equipment ofmultiple users.Therefore, the quality control that is possible for more tangible and concrete products is notapplicable in the case of electricity. All that can be attempted is some control of the conditionsunder which it is produced, transmitted and distributed and those under which it is used. Inparticular, the capacity of utilisation equipment to impinge on the quality of electricity, includingthat delivered to other equipment, must be recognized.Electrical equipment has become increasingly complex in terms of the functions it fulfils andthe way in which it interacts with other electrical equipment. Frequently, that interaction takesplace through the medium of the electricity network, which is the common energy source for allthe equipment. It arises because the network, intended to be a common energy source, alsoprovides a conducting path interlinking all equipment.In effect, the electromagnetic phenomena arising from the behaviour of utilisation equipmentare superimposed on the other characteristics of the electricity supply, and become part of theproduct that is delivered to the system user. They are joined also by phenomena arising fromatmospheric and other external events and from the intrinsic response of a large electricity system to such events.