This is commonly a problem called "voltage drop". Simply, if you have any power supplying unit connected to an electrical load, it draws an amount of electrical current based on the load value. The voltage at the supply terminals is higher than on the load terminals, this is due to the resistance (impedance) of the connection wires (cables). The more the connection resistance (more resistance means less cross-sectional area), the less the load voltage (if source voltage and load current are kept constants). Another thing that affects the load voltage, is the load current itself. If the load current increases, the load voltage decreases (if source voltage and connection resistance are kept constants).
This means that any load current or connection resistance increase mean that the load voltage will decrease. This is exactly what happens in summer. In summer the ambient air temperature is high and hence all connection network elements (wires, cables, TL...) have higher resistance. Plus, most of the air conditioning units operate in summer (higher load current) which represent a bulk load to the network.
600v or less
Less than or equal to 1KV comes under Low voltage.
.7v less than unity for DC operation but unity for AC.
A capacitor can charge to its' maximum OR the voltage applied to it, whichever is LESS.
If the load current descrease, there is less voltage drop caused by the resistance of the wire, so the voltage is higher.
they dont eat in summer at all
Yes. If you reduce the voltage to the same device, then it uses less power.
Less
Less likelihood of electrocotion.
Less current.
600v or less
Less than or equal to 1KV comes under Low voltage.
The battery voltage will be less. Batteries are arrangements of cells. The voltage of each cell is fixed depending on chemistry. Less plates means fewer cells, so the voltage produced by the battery in total will be less.
A power substation is used to reduce the voltage from high voltage power lines to a voltage that is less dangerous that you can use in a house for example. It is less costly to transmit electrical energy over long distances using high voltage.
.7v less than unity for DC operation but unity for AC.
It is a step-down transformer.
A capacitor can charge to its' maximum OR the voltage applied to it, whichever is LESS.