What are the advantages of geothermal forces?
Geothermal force is generated from the thermal stored underground on the ground. Although it is not viable in every place where it is present, it is considered to be one of the most gentle and cost -effective energy solutions in the long run. It is one of the few energy solutions to which the advocates of the environment have been considered an alternative to fossil fuels, along with other renewable sources such as wind energy, tidal energy, solar energy and occasionally water energy. For example, in Iceland, more than 19% of total electricity comes from geothermal energy and 87% of all household heating come from geothermal energy. Because of the abundance of geothermal power, Iceland hopes to be the first nation to be completely independent of fossil fuel. The Philippines also widely used geothermal power, more than 27% of all electricity generated by geothermal sources.
The United States, although they are not a massive producer of geothermal forces due to the overall energy production, are still the largest producer of geothermal forces in the world and have the largest dry steam fields in the geysers in California. The geysers themselves have a capacity of 1360 megawatts (MW), while the fields around the Salton Sea have another 570 MW capacity. Geothermal energy continues to grow in the United States, especially because more emphasis is placed on the development of alternatives on traditional fossil fuels.
From the environmental point of view, it is difficult to find a more attractive option than geothermal force. Because the system is basically a closed loop, there is virtually no emissions, which is probably the cleanest choice for energy production. Although other strength sources such as solar panels have no emissions, treatment used in the production of solar panels are much more environmentally degraded than building geothermal plants to suppose a compalerNo amount of energy.
In terms of soil use, geothermal is also incredibly positive as a source of energy. While coal power plants require about nineteen acres per MW and nuclear power plants require five and ten acres per MW, geothermal plants can only use one acre per MW and rarely more than eight acres per MW. Unlike many other plants, they are also very scalable, allowing small plants to be made for supplying geothermal forces to rural areas and for the metropolitan areas to be built, huge plants are built.
geothermal energy is also largely renewable, because the heat reservoir from the inside of the ground is massive compared to the amount of energy production, although it is immensely shrinking. Unlike other renewable sources such as solar panels or wind turbines, geothermal energy is also very reliable. Because the source of energy is the heat from the country itself that fluctuates very little, the energy is always to the DISPOzici. This means that the geothermal plant can work on approximately 90% of the capacity throughout the year without fluctuations on the basis of sunlight or seasonal wind patterns that suffer from other alternative sources.