If connected load of Asphalt plant is 375Kw. What suitable
KVA DG set is required. What is calculation formula. what
extra load have to consider. in what efficiency it will
work.
Answer Posted / syed.yaseen
dear friends,
Given kw = 375
suitable kva = 375/.8 =468.75
Future extra load consider = 20% ie.. 93.75kva
total kva = 468.75 + 93.75 = 562.5
as per company designed capacity preferred is 625kva dg set
Is This Answer Correct ? | 1 Yes | 2 No |
Post New Answer View All Answers
How to control motor gearbox speed and friquency? If length of cable and dia given, how to measure the voltage drop?
What is value of earth resistance required for substation and equipment earthing and what are the reference guidelines
why on axial hitting up of air blast on hydrogen produced in oil circuit breaker,temperature rises of the core of the arc?
Approach of a cooling tower is the difference between temperatures of what factors?
how can i use REF and diffrencial relay both in 1 CT core for transformer protection?
What are the basic component of a cro?
A 3 phase transformer's (Y-Y) Y and B phase is (Y and B connection not broken) broken from neutral and R and Nutral connection is ok, what will be the relay tripping and why
What is cathode ray oscilloscope (cro)?
What is magneto on a gas generator. how it functions. its out put is d.c or a.c. how it can be checked for correct functioning
i want wipro vlsi placement pattern please send me
what is the use of piston rings in the engine used for a generator...........
what will happen reduce the transformer voltage from 415v to 406v, is it save the energy,? are this methodis good to reduce the energy.?
If I have Energy Meter Ratio as 100:5 & Also I have CT Ratio as 50:5 then what will be my multiplying Factor(M.F.)
Hello seniors m an engineering student in 3rd yr..i want to know what are the software course in electrical field?i wanted to do certification course but i dont know much about the course?..Regards
A ray hit a smooth regular surface at an angle of 20 from the normal. Calculate : 1. The angle btw the incident and reflection ray. 2. The angle of deviation.