Answer / raghu singh

A turbo generator is a turbine directly connected to an electric generator for the generation of electric power.

An electric generator is a device that converts mechanical energy to electrical energy. A generator forces electric charge (usually carried by electrons) to flow through an external electrical circuit. It is analogous to a water pump, which causes water to flow (but does not create water).

Answer / satbir singh

nthing genertar are of small rating &turbo generatar are
rotating with high speed & are of high power rating

Answer / soni

when generator is a convert mechanical energy to electrical
energy and produced lower voltage but turbo generator also
generator produce electrical energy higher voltage

Answer / sks

Generator is producing electricity may small capacity as
small engine or primover is used.
Turbocharger is a part of large capacity generator. it has
both side fan blede with differnt direction 1. to pull out
high temprature gases & smoke after the combustion of fuel.
2. sucking & suppling oxygen for the combustion.

Answer / vivek mishra

generator which rotates at >= 1500 rpm are termed as turbo
generator.

why Transformers power mentioned in KVA?. and why Generators and Motors power mentioned in KW?.

10 Answers  

What is converter transformer? Diff b/w converter transformer and distribution transformer? why we use converter transformer in place of giving supply to drives?

1 Answers  

How Can we calculate the rating of a cable?Show the formula?

2 Answers   Jindal,

do anyone out there know where to find a compleete list on acronyms/abbreviations used in offshore electric engineering. MCB - Micro Circuit Breaker, MCCB-Mouldes Case Circuit Breaker, ELCB-Earth Lekage Circuit Breaker, ELMCB- etc.....

0 Answers   Aibel,

What is the formula to calculate the rating of a three phase air circuit breaker

0 Answers  

how to check 3phase motor winding with help of multimeter?

2 Answers  

Dear all, I just want to ask an expert on this forum for some insights. For the magnetic balance test, when applied voltage on a Delta-Star transformer e.g. Dyn11, the following relationships apply for HV side: 1.  H1-H2 = H2-H3 H3-H1 2.  H2-H3 = H3-H1 H1-H2 3.  H3-H1 = H1-H2 H2-H3 For the LV side also: 4.  X1-X0 = X2-X0 X3-X0 5.  X2-X0 = X3-X0 X1-X0 6.  X3-X0 = X1-X0 X2-X0 Is there a similar pattern for Y-d, Y-Y, D-d? And how about Y-z, D-z, Z-y transformers? I've tested a YNzn5 transformer and for LV side I don't see the pattern. In this particular case I got for LV side the following (see values below): H1-H0  H2-H0  H3-H0    X0-X1  X0-X2  X0-X3 128.0  119.9  7.2      29.2   13.3   15.8 70.7   128.4  59.2     23.4   22.0   3.6 7.2    120.1  128.1    13.4   29.3   15.8 What is the relationship here for LV? For row 1 I see the relationship, for row 3 I also see but it's shifted, but for row 2 I don't see such relationship. Any suggestions, answers, someone?

0 Answers  

how we are measuring the import and export power?

1 Answers  

what will happen if the prime mover on the field excitation of the on-coming generator fails?Explain.

0 Answers   Ahsanullah University of Science and Technology,

what is meant by auto transformer?

4 Answers   Suzlon,

How can transformer winding insulation be measured (Delta & Star Connections)?

3 Answers  

Stator core loss of squirrel cage induction motor compared to rotor core loss is= A equal B more C less D depends on load

2 Answers