高壓變電站電氣一次系統(tǒng)畢業(yè)設(shè)計外文翻譯-電氣類-資料下載頁
2025-05-11 14:14本頁面
【導(dǎo)讀】變電站(所)在電源系統(tǒng)的工業(yè)企業(yè)是一個至關(guān)重要的因素。根據(jù)能源和需求,變電站分為中央配電變電站電壓為110-500kV；主要降壓變電所電壓為110-220/6-10-35kV；深入口變電站為110-330/6-10Kv；二次變電站的電壓為6-10Kv；車間變電所電壓為6-10/。電所)的電壓分配給企業(yè)和被用來滿足高壓服務(wù)。給企業(yè)不同區(qū)域，通過空中電纜和地下電纜線路電壓為110-220kV。它可以簡化初級電壓、中級電壓或地區(qū)的開關(guān)電路。根據(jù)變電站變的位置，電站設(shè)備在可以露天或室內(nèi)。接線,主要注重供電生產(chǎn)的可靠和經(jīng)濟(jì)。工程等行業(yè)的車間的位置進(jìn)行組裝。變電站通常是專為不連續(xù)操作的責(zé)任人員所。設(shè)計,但用的是基本的自動設(shè)備和信號裝置。這樣可以有效的削減變電所建造成本。站安裝的設(shè)備和元件，設(shè)備和元件的若干種可能的組合是非常好的。一種“流體”，這種流體就像水流經(jīng)管道一樣流過導(dǎo)線。是的，早先的科學(xué)家所說的電的“流體”只不過是沿著導(dǎo)線流動的電子。但是，在電子周圍似乎也有磁力線。
【正文】 ng in the same directionfrom one end of the wire to the other. This brings us to the second question .How can free electrons be made to move along a wire? Well ,men have found several ways to do that .One way is chemical. Volta,s voltaic pile,or battery, is a chemical device that makes electricity(or electrons)flow in wires. Another way is magic. Faraday and Henry discovered how mags could be used to make electricity flow in a wire. Mags Almost everyone has seen horseshoe magsso called because they are shaped like horseshoes. Probably you have experimented with a mag, and noticed how it will pick up tacks and nails, or other small iron objects. Men have known about mags for thousands of years. Several thousand years ago, according to legend, a shepherd named Magnes lived on the island of Crete, in the Mediterranean Sea .He had a shepherds crook tipped with iron. One day he found an oddly shaped black stone that stuck to this iron , when many other such stones were found, they were called mags(after Mags).These were natural mags. In recent times men have learned how to make mags out of iron. More important still, they have discovered how to use mags to push electrons through wiresthat is, how to make electricity flow. Before we discuss this, there arecertain characteristics of mags that we should know a piece of glass is laid on top of a horse shoes mag, and if iron filings are then sprink ledon the glass, the filings will arrange themselves into lines. If this same thing is trid with a bar mag(a horseshoe mag straightened out),the lines can be seen more easily. These experiments demonstrate what scientists call magic lines of force. Mags, they explain, work through lines of force that ext end between the two ends of the mag. But electrons seem to have magic lines of force around them, can be proved by sticking a wire through a piece ofcard board, sprinkling iron filings on the cardboard, and connecting a battery to the wire. The filings will tend to form rings around the wire,as a result of the magism of the moving electrons(or electricity).So we can see that there is arelationship between moving electrons and magism, Magism results from the movement of electrons. Of course, electrons are not really flowing in the bar mag, but they are in motion, circling the nuclei of the iron atoms. However, in the mag, circling thelined up in 8 such a way that their electrons are circling in the same direction. Perhaps a good parison might be a great number of boys whirling balls onstrings in a clockwise direction around their heads. —— The Trend Of Integrated Substation Automation Technology Development 指導(dǎo)教師意見 指導(dǎo)教師簽字： 年 月 日
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