• SGB Safe System Offshore System 1
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  • SGB Safe System Offshore System 3
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SGB Safe System Offshore

SGB Safe System Offshore

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SGB Safe System Offshore


The SGB Safe-System with cast-resin dry-type transformers has proved itself in offshore operation.

The performance ratings measured on the test bench were confirmed byoperation in the wind energy plant.

When extending the product range, these experiences were implementedsystematically while new customer requirements were taken into consideration.

o   The SGB Safe-System meets allrequirements of offshore application and has proved itself in practice

o   Transformers are integral parts of awind energy plant. The safe system proves itself in any climate.

o  Quality management - from design to service.

o  Recycling creates revenue




Transformers are integral parts of a wind energy plant

Transformers must be capable of supplying the energy generated by thewind energy plant, taking the international conditions for connection to gridsinto consideration.

Thus, the design of the transformers have to take the technical conceptof the system as well as the requirements of the grid taking up the energy intoconsideration, be it in Europe, the USA and China alike.

Transformers optimized in view both of costs and energy efficiency canbe supplied specifically for the project in question.




Quality management- from design to service

Our company has been supplying the European automotive industry for manydecades and has integrated its quality management requirements into ourprocesses.

On this basis, processes with a low error potential have been selectedfor the Safe-System and the individual steps have been documented andmonitored.




 
 
Offshore Service

At thecustomer's request, offshore service can also be provided by our assembly stafftrained for this job.

For drytransformers, visual inspection is sufficient. There is no outlay for oilsampling, oil preparation or the replacement of seals.

Repair of an SGB dry-type transformer can also beeffected, in case of failure, within the plant or on the energy platform onsite.

To this effect, a concept permitting replacement of thefaulty coils is already elaborated in the prototype planning stage.



Recycling

SGB cast-resin dry-type transformers consist of 94% recyclable materials, such asmagnetic sheets and conductor material.



Conclusion

The SGB Safe System meets allrequirements of offshore application and has proved itself in practice.


Cast Resin Transformers

leadingin on- and off-shore solutions

R e s i n  Q u a l i t y  b y  SGB


Advantage of Cast Resin Transformersfor Wind Power

o  Wellsituated for rapid and high power fluctuation and the service with rectifiers

o  Vibrationproof at service and transport

o  Lowfire load and risk

o   No cooling liquid


Additional Benefit as Jet- System forOnshore

o  Filteredair is directed through windings, leading to less material and less space

o  CompleteCooling system tested at our factory

o   Adaption of the at site service conditions byselecting the right filter


Additional Benefit as Safe System forOffshore

o   Transformer is separated from the ambient air byusing a heat exchanger


Q:I have been trying my best to put some few things together as per building electronics and electrical equipment but i really lack circuit diagrams that can put me through. i presntly need a circuit diagram of an inverter with atleast 20kVA output.
There's a 1KVA inverter at aaroncake /circuits/invert To crank up the output you need to uprate the transformer and add parallel transistors.
Q:For eg in electricity board energy bills?
Sorry Sparky its not that type of maximum demand. Max demand on a UK electricity bill is determined as follows UK industrial tariffs are generally measured on a 1/2 hour basis that is the 24 hour day is split into 48 1/2 hour segments during the annual period of increased demand September to March the electricity company records your usage for each 1/2 hour segment in KWH the highest KWH in any 1/2 period between september and March is your maximum demand charge This will be a time when most or all of your electrical equipment is on together drawing the maximum power consumption. If you have an old analogue type meter it has a max demand needle that displays the up to date maximum demand figure if in the next 1/2 hour period you exceed this value the needle will be pushed up to this higher value and will not reset. The next high demand period if greater than previous will again push the needle up to a new maximum value. At the end of march or end of max demand period the highest 1/2 hour figure will be used in your bill.
Q:I have worked there as an electrical engineer but in design for a consultant. I would like to know what are the major things to account for (DB's, wires and cables, ducts, conduits.) and how to estimate them for a typical 6000sq.ft 2 floor villa
If you have the design drawings, you simply have to make a material take-off list. The main drawings are: General Layout Grounding Layout Electrical Equipment Layout / Schematic Riser Diagram (Fire Alarm) Lighting Layout At the very least, you need to have the General Layout drawings (to know how many rooms you've got) and you need to know the electrical levels since some houses might require 380/480 3-phase for elevators and large electrical equipment. Working room by room, you will estimate cable and conduit lengths, the number and specifications of the DBs, number of lights, outlets, switches, buzzers, intercoms, smoke detectors.
Q:Do electronic engineers make audio equipment like headphones, amps, and speakers? And do you learn this in engineering schools in college?
Electrical Engineers would be involved in the design of Amps and Receivers. Mechanical Engineers Headphones, Speakers would be done primarily by Acoustic Physicists and Mech Engrs. Astrobuf
Q:How come water shorts things out when water doesn't even conduct electricity it is the minerals in the water. If you dropped pure water in electrical equipment what would happen
nothing would happen if you dropped pure water in electrical equipment and the electrical equipment is also pure without any dirt which is soluble in water. however, in real life, this is not possible. firstly, water which you get from your tap contains all sorts of impurities that dissociate into their ions when in aqueous form. hence, there is presence of free ions that can act as charge carriers to conduct electricity in tap water. if you are able to get pure water, without any impurities, it would be almost impossible to ensure that your electrical equipment is clean without any dirt and impurities on it which are soluble in water. Hence, these residue can dissolve and dissociate in water to form free ions that conduct electricity.
Q:At around 11:30PM on January 23rd, 2007 as I was typing on my PC the lights began to flicker and my computer began turning on and off. The lights then became extremely bright followed by a booms outside then the lights dimmed so low it looked as if they were about to burn out. The house phone was on began to cut out and made a loud screeching sound and thensilence.These strange events lasted for nearly 15 minutes when a knock at the front door got my attention. It was a fireman informing me to shut off my computer if I had one because of electrical problems that were occurring in the area. I immediately did so.It was not until the morning I discovered that my two TV's, all three cordless phones, a microwave, two alarm clocks, my entire computer, VCR/DVD, DVR/Cable Box had all been destroyed due to the massive power surge they endured. After surveying each and every unit I learned that all appliances in every apartment was damaged or destroyed.Who is to blame for this?
Wow, okorder
Q:Hi, I have an interview for an electrical engineering position with my city water district. I have a power and drives background but I am pretty sure that they are not a utility company. What exactly do electrical engineers do at the water cleaning districts? I appreciate anything response I can get. Thanks in advance.
The water district is a public utility. If they did not need someone with your skills, they would not have asked you for an interview. They use a lot of pumps, motors, and other electrical equipment. good luck with your interview.
Q:I was wondering. I hope someone can help.
Power surges are a major cause and then old faulty equipment.
Q:a. nuderwriters laboratories b. national fire protection association c. national eletrical contractors association d. institute of electrical and electronics engineers
A. underwriters laboratories
Q:Gas turbine technician - electrical, seabee equipment operator, and mineman. Which would be the better job as far as the most interesting, important, and civilian equivalents?
Which would be the better job as far as the most interesting, important, and civilian equivalents? Gas turbine technician - electrical

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