Answer: At point ➊, comparatively kinetic power will be maximum and at point ➋ potential energy will be maximum.
Geothermal electricity is generated in the 24 nations listed in the table below. For the duration of 2005, contracts were placed for an added 500 MW of electrical capacity in the United States, while there had been also stations below building in 11 other countries. 12 Enhanced geothermal systems that are numerous kilometres in depth are operational in France and Germany and are getting developed or evaluated in at least four other nations.
The Canning Basin is remote in terms of population and infrastructure. Nonetheless, geothermal power could be appealing to make electricity for small communities, cattle stations, agricultural industries and other activities in the area. Solar-supplemented geothermal power is a viable power supply for small electrical energy generation plants of 10 to 20 kilowatts, based on Organic Rankin Cycle turbines.
Answer: No. The process does not violate the law of conservation of energy. When the physique falls from a height, its possible power transforms into kinetic power progressively. A reduce in the possible power is equal to an corresponding increase in the kinetic power of the physique. In the approach, total mechanical energy of the physique remains continuous. As a result, the law of conservation of power is obeyed.
In the very first case, the geothermal fluid can be primarily composed of water or steam, in the other two it is water, optionally under stress. A unique function of geothermal fluid is that it is under no circumstances pure water: it also consists of quite a few impurities, corrosive salts (the concentration limit for an operation to be attainable is equal to 1.five mol/kg) and non-condensable gas (NCG) in varying amounts (.1-10%). We shall see that this feature imposes constraints on thermodynamic cycles that can be applied.