Potentially. This would depend on the size of the cogeneration, and on the location in the electrical grid. Generally, the larger the cogeneration, the more requirements will be placed on it to act like a typical power plant (specific MVAR/MW output within specified power factor ranges, must stay online for faults, etc.).
at present ,yes,but hopefully new scientific advancements will improve the situation
Economic Growth is an important factor in reducing poverty and generating the resources necessary for human development and environmental protection spending, as well in technological advances.
BTX was a popular form factor because motherboards of this form factor where designed specifically designed to help improve air flow and therefore cooling since newer hardware was being implemented requiring more intensive cooling than previously before.
There are several factors that can improve the economy. The biggest factor that can improve and economy is a low unemployment factor. When unemployment is falling the economy usually improves.
Improving power factor does nothing to improve a circuit. It merely affects the amount of current drawn by the load.
I assume that you are asking how to calculate the 'value' of a capacitor? Well, it depends what it is used for. If, for example, it is used to improve the power factor of a load, then it is first necessary to determine what the load's existing reactive power is; then, you need to know what reactive power is necessary with the power factor at its desired value; finally you need to difference between the actual and the desired values of reactive power -and this will be the necessary value for the capacitor. Power factor correction capacitors are rated in reactive volt amperes, not farads.
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tha answer is to improve english
Minimize circuit resistance.
no.... the power factor of any machine should be as near as to 1 when the power factor becomes near to 1 there is no need to the alternator to supply the reactive power.. but in general all most all the loads in the power system inductive in nature the power factor is becoming lagging(<1) so to avoid this the power generating companies and the govt. are recommending the people to have the capacitors at the load ends....... since the capacitive reactance can nullify the effect of the inductive reactance this will try to improve the power factor
Power factor doesn't necessarily 'improve with the load', but it is determined by the load.