Can we parallel lise the secondary side of the two similiar
transformers with same voltage ration, imp, but with
different vector groups.. ( for ex. 11 KV / 6.6KV two
trfs but different vector groups can we parallelise both of
them ,, what happens if we parallelise them
Answer Posted / jitendra kumar
We cant parallise without same vector.If we parallise then
it may possible transformer output imbalance.
| Is This Answer Correct ? | 6 Yes | 0 No |
Post New Answer View All Answers
Why it is possible to use PWM with a STATCOM and not with a conventional TCR based SVC
HOW TO CALCULATE THE HEAT AND LOAD OF LT-SUBSTATION WHICH CONTAINS 2*1MVA TRANSFORMERS,LT SWITCH BOARD,MLDB,ACB,BUSBAR,ETC...?
When can we take Neutral as common neutral link?
how to avoid Saturation in C.T?
Batteries. What is the difference between Lead and Nickel batteries ?
What is the significance of integral controller and derivative controller in a pid controller?
how to test the turn ratio of 3 phase transformer using volt meter shoe the curcit diagram.
what percent do you derate your copper wire when you change from copper buss to copper wire
why we use sinosidal voltage / current instead of others in system?
An 8 pole, 50 Hz, 3-phase IM is loaded to a poing where pull out torque will occur. The rotor resistance per phase is 0.3 ohm and motor stalls at 650 rpm. The rotor reactance at stand still is A 2 ohm B 1.25 ohm C 3.15 ohm D 2.25 ohm
how we can do the insulation on secondary of ct explain and so that tan delta will within limit
EXPLIAN THE IMPORTANCE OF POLY PHASE CIRCUIT.
how to conduct dc resistance test for rotor of an alternator and how to measure the rotor dc resistance value theoritically?
can anyone please help me to find the rupturing or breaking capacity in KA of circuit breaker (MCCB,VCB,ACB etc) of HT and LT side of a distribution transformer...please help with detailed step by step answer...thank you
What is the difference in calculating size of AC cables compared to calculating size of DC Cables? Usually DC Cables are larger than AC Cables although they have the same ampacity. Why is it?