Post by j7oyun55rruk on Jan 4, 2024 2:06:22 GMT -6
Geothermal power plants are built in Kamchatka, Iceland, Kenya, New Zealand wherever there is a relatively easily accessible source of high temperature (since water has to be turned into steam). Meanwhile, steam is readily available without the need for extremely expensive wells drilled kilometers deep in the Earth's crust. For example, in (Kamchatka Krai) wells are used with a depth of m to m. Of course, the hot steam can be used as a heat source for the boiler room, and can also be used to heat nearby towns.
Which makes heating very economical and environmentally friendly. But not all C Level Contact List volcanoes and geysers are everywhere in Russia. Therefore, the second type of geothermal installation of geothermal low-level heat is also adopted. In practice, at depths, the temperature never drops below (depending on the region). Therefore, the outdoor temperature in winter is , and the underground temperature is . A heat pump extracts this heat from the ground, concentrates it and transfers it as heat at an optimal temperature to the building heating system.
Geothermal installations with heat pumps are usually not used to generate electricity, to heat buildings. Heat pumps take thermal energy from any low-grade heat source (water, air, low-temperature soil) and concentrate it, then transfer it to heat the building. Approximately 100,000 settlements in Russia are gasified, and in the rest of the territory, heating systems based on geothermal pumps may be almost the only alternative to firewood, since neither solar nor wind energy can adequately heat buildings.
Which makes heating very economical and environmentally friendly. But not all C Level Contact List volcanoes and geysers are everywhere in Russia. Therefore, the second type of geothermal installation of geothermal low-level heat is also adopted. In practice, at depths, the temperature never drops below (depending on the region). Therefore, the outdoor temperature in winter is , and the underground temperature is . A heat pump extracts this heat from the ground, concentrates it and transfers it as heat at an optimal temperature to the building heating system.
Geothermal installations with heat pumps are usually not used to generate electricity, to heat buildings. Heat pumps take thermal energy from any low-grade heat source (water, air, low-temperature soil) and concentrate it, then transfer it to heat the building. Approximately 100,000 settlements in Russia are gasified, and in the rest of the territory, heating systems based on geothermal pumps may be almost the only alternative to firewood, since neither solar nor wind energy can adequately heat buildings.