• Auto compensation stepped series reactor System 1
  • Auto compensation stepped series reactor System 2
Auto compensation stepped series reactor

Auto compensation stepped series reactor

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Auto compensation stepped series reactor



Introduction

The reactive power compensation in electric power system widely adopts switchingon-off shunt capacitor banks as dynamic reactive power compensation device forlimiting flow. Each set of capacitor should be equipped with a set of seriesreactors with 6% reactance rate.

.

The equipment need large occupied area and high cost because each set ofcapacitors needs to be equipped with a set of series reactors. Reactors withtap can replace the original multi-bank series reactor to reduce neededoccupied area and save cost. Taking three sets of “On-off” capacitors as anexample: if one set of series reactors with tap is used to replace the originalthree sets, it has to work with a no-load switch for switching which causeon-line regulating become impossible.

The new type automatic compensation stepped series reactor takes place ofthe original series reactor with taps and can be connected with 2 sets of capacitorbank. This reduces the number and the occupied area of series reactor and alsorealizes automatic grouping “On-off” of capacitor under working condition. Integratedautomation of substation also becomes possible. It is a reactive compensation renewalproduct of substation for grid voltage improving.

Application

The product is mainly used in power system and work together with groupingon-off capacitor banks to form a dynamic reactive compensation device. It has advantagesof small occupied are, low cost, energy saving, and widely use in power system.The product realizes the integrated control of voltage reactive-power ofsubstation. It also ensures power supply voltage quality and power factorrequirement.  All these features achievethe goal of reducing energy loss, decreasing voltage fluctuation and improvingequipment utilization.

Normal Service Condition
 
1. Altitude: ≤1000m
  2
. Ambient temperature-5+40
  3
. Insulationheat resistant grade: Level F
  4
. Insulationlevel: LI75kV/AC35kV
  5
Indoor useand a protective cover is required for outdoor use.

Code explanation


Dimensions


10kV Epoxy cast resin dry type stepped series reactor

Insulation level:LI75 kV/AC 35kV

Insulation endurance class: F

code

Shunt  

capacitor bank

capacity

(kvar)

Capacitor  rated voltage

(kv)

Rated  reactance

ratio

(%)

Rated

reactance

(Ω)

Rated  current

(A)

Rated

terminal voltage

(V)

Rated  

adjustable capacity

(kvar)

Dimensions

L

B

H

CKCST-180(120,60)/10-6

11/√3

3*1000=3000

6

7.2

3.63

2.41

53

105

158

381

60

120

180

1250

1350

1250

CKCST-216 (144,72)/10-6

11/√3

3*1200=3600

6

6.05

3.02

2.02

63

126

189

381

72

144

216

1300

1400

1270

CKCST-240(160,80)/10-6

11/√3

3*1333=4000

6

5.44

2.72

1.81

70

140

210

381

80

160

240

1330

1430

1320

CKCST-270(180,90)/10-6

11/√3

3*1500=4500

6

4.82

2.41

1.61

79

158

237

381

90

180

270

1360

1470

1360

CKCST-360(240,120)/10-6

11/√3

3*2000=6000

6

3.63

1.84

1.21

105

210

315

381

120

240

360

1380

1500

1400

CKCST-480(320,160)/10-6

11/√3

3*2667=8000

6

2.72

1.36

0.91

140

280

420

381

160

320

480

1510

1600

1550

Basic Data for Order
  1
. RatedCapacity
  2
. RatedVoltage
  3
. RatedCurrent
  4
. RatedReactance
  5
. AssortedCapacitor Parameter
  6. Use Condition
  7. Other performance data should be indicated in contract.


Q: and how does its work?
It will basically provide safety protection from electrical shock. Occassional large electrical equipment may become temporarily energized --- maybe a down power line, or by accident. By grounding the equipment, the earth that you are standing on, and the equipment will always be at the same voltage. Therefore, even if the equipment becomes energized at 25000 Volts, the ground you are standing on will be at 25000 volts as well. So there is no potential difference and therefore, no electrical shock. Without the earth connection --- there would be a 25000 Volt potential difference, and you would suffer severe electrical shock, or even death. Excerpt from Wikipedia: Ground or earth in a mains (AC power) electrical wiring system is a conductor that provides a low impedance path to the earth to prevent hazardous voltages from appearing on equipment (the terms ground (North American practice) and earth (most other English-speaking countries) are used synonymously here). Normally a grounding conductor does not carry current. Neutral is a circuit conductor (that carries current in normal operation), which is connected to earth (or ground) generally at the service panel with the main disconnecting switch or breaker.
Q: electrical engineering
At the utility I worked at for 35 years they started using sophisticated Infra Red temperature over 10 years ago. This equipment is extremely accurate up to 100 feet and has a screen that you can view in detail where the heat is being developed.It also has a built in camera so any problems can be shown to others.This equipment is used mainly in high voltage electrical substations.
Q: I am looking into putting a trailer hitch on my truck so that we can move. But I get a little bit confused when the mechanic starts talking about electrical equipment. Do I want a round 7 or a flat 4 or both? And is it necessary to also install a trailer brake controller?
The purpose of a truck is to do whatever you ask of it. For a lightweight trailer all you need to connect are the trailer lights, a flat four connector. For bigger trailers you need trailer brakes, a brake controller, and a round seven connector. You can get a plug-in adapter to go from your round-7 to a flat-4 if you haul a light trailer. You cannot go from a flat-4 to a round-7 with brakes without re-wiring the truck. Do it right, do it once.
Q: For instance, could you use normal 14/2 building wire normally used in houses for 115 volt AC lights and outlets and run DC through it provided that the voltage and current does not exceed 120 volts and 15 amps?Could you use normal in-wall light switches in the same way as long as the DC volts and amps does not exceed the AC rating?
They typically need to be derated signficantly for DC. By how much depends on the device - you need to consult the relevant data sheet. To give you some idea, I have some small toggle switches here that are rated for 1A @ 125V AC but only 1A @ 30V DC. That is not at all untypical.
Q: Do electronic engineers make audio equipment like headphones, amps, and speakers? And do you learn this in engineering schools in college?
All by Electrical Engineers!
Q: EMP is a byproduct of a nuclear explosion. It can cook solid state electronics and computers. The great danger is that nuclear air bursts can take down the computers that manage our banking, our record-keeping, and even the ones that manage our automobiles.The military services have taken some steps to protect their electronic systems from EMP, mainly by shielding. However few of our civilian electronic systems are protected in any way from this threat.Obviously there are two ways to deal with it right now. One is to prevent the explosion by deterring a nuclear attack. The other is to find some way to protect our senstive electronics.What should we do, and what can we do starting today?
The worst of the pulse lasts for only a second, but any unprotected electrical equipment — and anything connected to electrical cables, which act as giant lightning rods or antennae — will be affected by the pulse. Unprotected being the operative word -- put Uninteruptable Power Supplies (UPS) on your equipment. They come in various sizes and daily spare the equipment from spikes and drops. If the EMP hasn't fried it, you would have enough time to shut down your equipment without damage to it. But I don't know if they are built to resist the EMP. All of the data that is needed to protect the country is backed up on servers located much further away from their main location. They do have UPS's on all the equipment, and generators to keep the equipment and data protected. If a nuclear explosion took out one site, it is doubtful that it would take out the mirror(s). If I were that close, I don't know that it would matter to me anyway.
Q: I dont understand how charged particles in the sky would effect the electrical system down here.
A coronal mass ejection has it's own magnetic field. If one were to hit the Earth head on the magnetic field with interact and disrupt the Earth's own magnetic field and allow some of the high energy charged particles through to the surface. As modern electronics become more advanced and miniaturized they also become far more susceptible to high energy ionizing radiation. To those who say it couldn't happen: it already has. Part of the Canadian power grid was taken down by a relatively mild solar storm back in '89.
Q: I have a hanging, pull-string electrical light in my attic. This is very standard stuff. I would like to purchase an electrical device that will screw into the electric light and give me an electrical outlet. Think of this as a device with the base of an electric light bulb and an electical outlet instead of the bulb. I thought I saw one in a hardware store 20 years ago, but I have no idea if this product still exists. I can not think of what it would be called with a technical name when searching for one on the Internet.My business application is to be able to plug equipment into my attic rather than running the cord into the main house.
It's called a light socket adapter. There are many places that sell them. Take care not to overload the low-current lighting circuit though !
Q: I am doing some work and i just couldn't remember the piece of equipment, that hospitals use to bring people back to life by using an electric shockThey have Pads on them and are often used in films.Thankyou in advance,Babyx
AED : automatic external defibrillator
Q: I have a good friend that is EE and he says that it is a true aircraft electrician job, he states that integrated avionics is more of a pick n pull LRU job and anytime a wire harness, connector, or repair needs to be dealt with the EE guys come out. I am trying to decide on an AFSC, I want to do troubleshooting, flight line repairs, and by repairs I mean thought intensive repairsnot just pull and replace the box lol. I can't get a good description from the recruiter and obviously my friend is biased. Whats your input?? Thanks in advance!
Electrical works on generators, light bulbs and such, Avionics is an electronics technician. You would work on communications, navigation, control systems for armament and such. If you are in an operating squadron you will pull black boxes. Fixing them is at a different level. If you want excellent electronics training and a chance to repair the black boxes on a repair bench, go Navy or Marines. They repair equipment to a higher level.

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