In windy countries, and with the improvements that we are now seeing in windmill technology, close to 100%.
In windy countries, and with the improvements that we are now seeing in windmill technology, close to 100%.
They aim to cover 12% of the electricity demand in EU countries.
It depends on whether electricity is necessity or luxury. In the US where electricity is a necessity, the demand is likely to be inelastic In Africa where electricity is luxury, the demand is likely to be elastic
no that's imposible
When there is not much demand for electricity, such as during the night, the extra electricity is used to pump water back up to a storage reservoir. Then, later in the day, when electricity demand is high, the water from the storage water is also released as an extra, producing more electricity when it is needed. We need them because demand for electricity fluctuates (goes up and down) and pumped storage reservoirs allow us to meet the demand.
perfectly elastic demand the quantity change by infinitely large amount proportion due to the small change in price, is called perfectly elastic demand. perfectly inelastic demand the quantity demand doesn't change at all due to the change in price is called perfectly inelastic demand. relatively elastic demand the quantity demand changes by a little more percentage than the change in price is called relatively elastic demand. relatively inelastic demand the percentage change in quantity demand is less than the percentage change change in its price is called relatively inelastic demand unitary elastic demand the percentage change in quantity demand is equal to the percentage change in price is called unitary elastic demand
i dont knw
demand report is produced on request.It is also known as action report
the BSIT is demand of this generation ?
When there is not much demand for electricity, such as during the night, the extra electricity is used to pump water back up to a storage reservoir. Then, later in the day, when electricity demand is high, the water from the storage water is also released as an extra, producing more electricity when it is needed.
When there is not much demand for electricity, such as during the night, the extra electricity is used to pump water back up to a storage reservoir. Then, later in the day, when electricity demand is high, the water from the storage water is also released as an extra, producing more electricity when it is needed.
When there is not much demand for electricity, such as during the night, the extra electricity is used to pump water back up to a storage reservoir. Then, later in the day, when electricity demand is high, the water from the storage water is also released as an extra, producing more electricity when it is needed.