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Gas Insulated Substations. Группа авторов
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Читать онлайн книгу Gas Insulated Substations - Группа авторов страница 4
Информация о книге:
Название:
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Автор:
Группа авторов
Жанр:
Техническая литература
Серия:
Издательство:
John Wiley & Sons Limited
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accelerated, creating an ava...
Figure 2.22 Mean free path is the mean distance a particle (electron) travel...
Figure 2.23 Sulfur hexafluoride has twice the collision diameter of nitrogen...
Figure 2.24 Increasing the gas design by six times has a large impact on red...
Figure 2.25 A void in a solid insulator will cause a local field enhancement...
Figure 2.26 World‐wide installed GIS
Figure 2.27 Comparison of the GIS service
Figure 2.28 Single‐ and three‐phase designs of GIS
Figure 2.29 GIS maintenance strategies
Figure 2.30 Failure distribution on voltage levels
Figure 2.31 Indoor and outdoor GIS failure distribution
Figure 2.32 GIS component failure distribution
Figure 2.33 Failure numbers of GIS related to age
Figure 2.34 Comparison of the failure rates of the GIS and AIS
Figure 2.35 Ladders and platforms in GIS
Figure 2.36 Gas density monitoring indicator
Figure 2.37 UHF antenna connector for PD monitoring
Figure 2.38 Compensation of thermal expansion. (a) Thermal expansion between...
Figure 2.39 Direct cable connection to GIS at 110 kV and single‐phase insula...
Figure 2.40 View of a typical floor inside a GIS building
Figure 2.41 Ground/earth connection of GIS using bolts or a steel bar (Halfe...
Figure 2.42 Three‐phase GIS enclosure currents
Figure 2.43 Single‐phase GIS enclosure currents
Figure 2.44 Circuit breaker and GIS bay grounding
Figure 2.45 Buildings
Figure 2.46 SF6 gas‐to‐cable connections
Figure 2.47 Steel structures
Figure 2.48 Molecular structure of sulfur hexafluoride (SF
6
)
Figure 2.49 Greenhouse effect
Figure 2.50 Arc current of SF
6
, with SF
6
gas‐to‐air gas mixture and air
Figure 2.51 SF
6
sales by end use of 2003
Figure 2.52 Reduction of the use of SF
6
Figure 2.53 SF
6
handling and recovering processes
Figure 2.54 Reuse program of SF
6
for normal and special cases
Figure 2.55 Closed loop handling symbol
Figure 2.56 SF
6
purifying on‐site
Figure 2.57 SF
6
recycling to ASTM D2472 [65] new gas
Figure 2.58 Reuse program – exceptional case
Figure 2.59 Incineration of SF
6
Figure 2.60 Commissioning or recommissioning of SF
6
Figure 2.61 For topping‐up of SF
6
Figure 2.62 SF
6
refilling of SF
6
Figure 2.63 Moisture content/dew point of SF
6
Figure 2.64 Measurement of SF
6
Figure 2.65 Quantity of reactive gaseous of SF
6
Figure 2.66 Sampling and shipment of SF
6
Figure 2.67 Recovery and reclaiming of nonarced and/or normally arced of SF
6
Figure 2.68 Heavily arced of SF
6
Figure 2.69 End‐of‐life disposal of SF
6
Figure 2.70 EPA Memorandum of Understanding
Figure 2.71 Gas‐control scheme (e.g., with information about volume and pres...
Figure 2.72 Training of SF
6
handling
Figure 2.73 General purpose SF
6
reclaimer of SF
6
Figure 2.74 Filter types of SF
6
Figure 2.75 Equipment for SF
6
measurement of SF
6
Figure 2.76 Sniffing device of SF
6
Figure 2.77 Density meter of SF
6
Figure 2.78 Small equipment for Evacuation, Filling and Refilling of SF
6
Figure 2.79 Large equipment for evacuation, filling and refilling of SF
6
Figure 2.80 Storage of SF
6
Figure 2.81 Gas recovery of SF
6
for a small and a large enclosure
Figure 2.82 Measuring protocol of gas recovery of SF
6
Figure 2.83 Energy supply without/with SF
6
technology – city of Würzburg
Figure 2.84 AIS and GIS network structures
Figure 2.85 Result of environmental impact of AIS and GIS solutions
Figure 2.86 Kyoto Protocol – change from 2008 to 2012 in comparison to 1990...
Figure 2.87 145 kV SF
6
GIS with 7 bays
Figure 2.88 Impression on the influence of high GWP values: 1200 beech trees...
Figure 2.89 SF
6
emission
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