united states
You don't calculate the current-carrying capacity, you find out from the appropriate Tables in your country's wiring regulations. In the UK, this is BS 7671:2008 Requirements for Electrical Installation.The reason you must do this is that the current-carrying capacity of a cable depends on the conductor type, number of cores, the type of insulation, the method of installation, etc. Allthese factors are taken into account in these Tables.For a 2.5-mm2 copper cable, the current-carrying capacity can vary from around 22 A to around 36 A, depending on the factors described above.
It depends on the legislation of the country you are in.
Tesla invented the electric generators as the patent shows the date to be 1888. He was from Croatia.The scientist tesla is from this country he invented electrical generators?
The CEC and NEC both cover this in the electrical code of the particular country.
It depends on the the number of cores, type of insulation, whether armoured or unarmoured, and method of installation. So, there is no simple answer. You must determine the current-carrying capacity from the Tables provided in BS 7671:2008 Requirements for Electrical Installations, or the equivalent used in your country.
Philippines. Generating about 1930 megawatts
No country runs entirely on geothermal energy. But with 99% of households heated by geothermal energy, Iceland probably is the closest.
The US generates the most geothermal energy in the world.
AustriaFranceGermanyIcelandItalyPortugalTurkeyAll these European countries use geothermal energy.
reykijavick
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yes many country's do like amaerica
Iceland
norway norway
Iceland is a world leader in using geothermal energy to heat houses, businesses, and government buildings.
Nepal is the Second Richest Country (after Brazil) in Water Resources.The water has the capacity of generating 83,000 mega watts of hydro power potentiality but Nepal only utilizes 2 percent of hydro-electricity of its total production capacity. Also, Nepal has most costly Electricity all over the world.
Generally in Electrical Engineering, "GRID" means network of power circuits spread acroos a large area. Involves huge lengths of transmission and distribution lines, generating stations, receving stations across the area. Such grids facilitate the proper power flow between generating station and the end user sub stations. Imagine a many different types of generating stations, located gew hundred KM away in all directionsin a country, connected through network of power cables and transformers.