Do Solar Panels Help Stop Climate Change?
The march is on to curb the effects of climate change. Organizations and governments have noticed the massive shifts in our environment and our natural areas. As a result, they have begun to turn to other resources to prevent transformations in weather, economy, and population.
One of the easiest ways to minimize the effects of climate change is to incorporate reusable energy into power plans. Geothermal, wind and hydroelectric power have become normalized. Many are non-abashed when they see a wind farm.
Another source of renewable energy, and one that civilizations have used for thousands of years, is the sun. Today, solar paneling is more common in businesses and individual homes. Even energy companies across the globe have realized the setup of solar panels reduces the amount of coal-powered electricity they generate.
While this equipment does a lot when it comes to energy use, do solar panels help stop climate change? Furthermore, can we terminate hurricanes with solar panels, along with other dangerous weather? Let’s answer both questions below.
Do Solar Panels Help Stop Climate Change?
Yes, but with a caveat. If everyone utilized solar paneling across the globe, it would certainly minimize the effects of climate change. In addition, solar panels installed on the roofs of homes and businesses can significantly reduce their carbon footprints.
However, solar panels are only one part of the solution. Other steps need to be taken, such as reducing automobile emissions and the release of harmful chemicals from industrial complexes.
Why Are Solar Panels A Tool To Stop Climate Change?
Though the tasks involved to reduce the effects of climate change seem daunting, there’s no need to give up. Even the smallest movements in a positive direction can cause a full scope of changes. Hence, the reason solar paneling is still crucially important.
Overall, power companies are practically tied with transportation for the creation of greenhouse gases in the United States. Together, these categories produce over 80 percent of the country’s carbon dioxide output.
Solar panels do quite the opposite. For instance, the technology built into concentrating solar power (CSP) and photovoltaic (PV) products are able to produce clean electricity. This helps reduce the amount of Greenhouse Gas (GHG) emissions.
In another example, solar paneling decreases the amount of power used to heat and cool residences. Systems that run via solar power can provide approximately 80 percent of energy needs. This concept helps to lower emissions and utility bills at the same time.
Solar Power In Other Environments
Though solar paneling is commonly seen in homes and businesses, they also help in other environments. When they’re combined with other GHG-reducing technology, they can significantly minimize the carbon footprint.
Solar panels help the other distributors of carbon dioxide, vehicles. As more electric trucks and cars are introduced on the market, there’s a need for increased charging stations. Locations that don’t have a direct power source, perhaps a rest area along the highway, rely on solar panels to generate the electricity needed to charge these vehicles.
Within the industrial sector, solar panel usage occurs in many ways. One is to generate boiler fuel. The application of the sun’s energy creates steam or hot water that is transferred to a boiler that helps run various machinery. The same goes for heating for manufacturing. Power from solar panels helps to cook packaged foods or dry exterior paint jobs.
Overall, the use of solar panels does one primary job to stem the effects of climate change. It helps eliminate the use of fossil fuels. Above all the other reasons for the shifts in our climate, this power source is the main culprit.
Regardless of whether it’s coal or gasoline, these fossilized energy sources create an enormous amount of GHG. This not only changes the environment but also helps develop shifts in temperatures and weather conditions.
Can We Stop Hurricanes With Solar Panels?
Again, the answer is definite, but with an asterisk. Solar panels are only one part of the solution to minimize the frequency and degree of hurricanes. It’s all connected to excess heat generated by fossil fuel emissions.
What solar panels can’t do is stop the formation of these superstorms as they begin in the middle of the ocean. They come into play as a hurricane moves into warm waters. It’s here that a low-pressure system forms and mild air rise in increased amounts. Storm clouds grow as the air cools.
In densely populated areas where solar power isn’t a prime energy source, an effect happens that’s called the Urban Heat Island (UHI). Due to a large amount of human activity and fossil fuel emissions, the temperature of these areas is much higher than rural locations. Thus, when the wind doesn’t come through, daytime temperatures can soar to historic levels.
The combined heat from UHIs helps to warm the atmosphere. In turn, ocean temperatures increase. The more they grow, the more air gets trapped in the atmosphere. Thus, as the hurricane reaches land it gets more robust instead of weaker. Furthermore, as the warmth spreads, more storm waves are formed.
This detailed explanation provides one of the best reasons cities must incorporate solar paneling across its commercial and residential buildings along with industrial areas. UHIs and greenhouse gasses have caused the number of hurricanes to increase as well as their severity. In turn, territories outside of these cities get hit harder. As a result, the resources to clean up and rebuild are stretched thinner.
Utilizing solar panels along with GHG-reducing policies won’t cause an immediate change in the hurricane cycle. However, it will start a process that begins to balance the climate. It can slow down the amount of difference. Or, if solar panels and other emissions-reduction elements are implemented, it can start to reverse the process.
In the end, it’s a team effort. We can stop hurricanes with solar panels and help prevent climate change if, as they say, everyone does their part. As a global community, we need to work together to implement solar paneling and other technologies to reduce GHG emissions.
Transferring a majority of power generation to solar panels can reduce fossil fuel usage in electric plants.
If they’re near urban areas, this reduction can help to reduce urban heat islands. As a result, extreme weather conditions won’t be as frequent. And this will be a boon for the population.
It also helps the Earth heal, and that’s vital. We want the next generation of its citizens to be healthy, happy, and live good lives. By starting now with the use of solar panels and other products, society can give that to them and their children.