Interested to Buy Any Domain ? << Click Here >> for more details...
In 1000KVA Transformer why does we connect HT with delta
connection and LT with star connection.Illustrate by showing
formula?
- 4 Answers
- 10817 Views
- Tata Motors, I also Faced
- E-Mail Answers
Answer Posted / bikki
In HT transformer, the primary side has less voltage stress since it is a step up transformer. But the voltage on secondary side will be high and hence the stress will be also high.As a result, the winding insulation requirement will cost a lot if the connection was Delta on secondary side;because in delta phase voltage=line voltage.
But if the secondary connection is star, then phase voltage will be Line voltage/(sqrt(3) which means the winding has to withstand less voltage stress and hence less insulation is required.Hence lesser cost.
| Is This Answer Correct ? | 0 Yes | 0 No |
Post New Answer View All Answers
difrent between vcb acb sf6 and mccb breakers
What is ignition module of a CAT Gas Genset G-3508 Engine, Alternator SR4B Series. HOw its checked for correct functioning.Is it repiarable or replacable?
What are the effects of electrical faults?
What is meant by coupling capacitor?
Why Utility Distribution System in India is mainly at 11 kV? Why not Utility go for 33 kV?
11000volt DG set carnt kaise banvay
in non technical way how can u define POWER FACTOR??
What is the effect of positive feedback on stability of the system?
high voltage transformer input voltage,current and amps rating..distributed transformer input voltage,current and amps rating...
What is the difference between hot and cold loop testing?
How do I calculate/select Droop CT ratio for various capacity of generators?
what's the requirement of Dy11d0 connection of 3 phase transformer?what's use of it?
Explain the laying procedure and laying depth of submarine/subsea power cable for 220/400KV system? Also available cable diameter?
Can you any one explain application of buccholz relay operation and pressure relif device operation of power transformer
What is the loss of transformer of 220kv/11kv, 63/80 MVA and 18.05% impedance
