Solar power and other energy renewable resources are often suggesting feasible solutions to the frightening progress of global warming. With the steep increase in temperatures throughout the world, you would instinctively consider the positive impact. However, the predictions of scientists are not so easy.
The consequences of global warming on solar power will differ according to the type of solar panels and the location. Both concentrated solar power plants, as well as traditional solar panels, will have an increase in their efficiency, but in a different manner. For instance, in Germany, forecasts saw about 3% efficiency in photovoltaic panels, whereas solar ranches would gain a maximum of 10percent by 2080. Some other countries, such as the United Kingdom, would also gain from elevated temperatures, as well, but in smaller proportions.
It is to be noted that all parts of the world would get the positive effects due to higher temperatures. In some places, such as the Middle East and the South-West United States, the efficiency of solar would reduce by 4% to 6% both in the case of solar photovoltaic and in the case of concentrated solar power plants. The efficiency of PV panels will become lesser when compared to the farms installed with the CSP panels. This is for the reason that photovoltaic panels will offer better performance in chilly temperatures, whereas concentrated solar panels will harness heat and would thus gain from elevated temperatures. However, it should be noted that these small comparative differences would not modify the fact that solar power panels mounted in North Africa would manufacture more power than those in the United Kingdom.
Although these predictions appear to identify a positive aspect, global warming will encompass other unconstructive effects on solar energy. CSP solar thermal plants may gain from higher temperatures, but climates, which are arider will only boost the previously high demand for water to cool the solar systems. Dry-cooling expertise also turns out to be less efficient, as well, while there is an increase in temperatures. With this swapping in mind, and set the forecasted increase in efficiency, study and outlay are supposed to pay attention to making the solar energy more resourceful.
Solar power remains one of the finest options to decrease the carbon dioxide emissions in a considerable way. While some people dispute that there are emissions related to the manufacturing cycle of solar power panels, they are lower compared to that of emissions for natural gas and coal. Moreover, both of these power resources continue discharging CO2 while they generate electricity. Alternatively, solar panels create completely green power with zero CO2emissions once they are mounted.