Why is Solar Energy Called Environmental Friendly?
For average homeowners, powering 100% of homes with solar energy are equal to eliminating the emissions generated by driving 19,316 miles per year, which is a huge environmental advantage.
In the United States, about 60% of the electricity that power plants produce comes from renewable energy sources like coal and natural gas, but burning and extracting fossil fuels is highly pricey and causes global warming.
In contrast, solar energy produces clean electricity from renewable solar energy that is free, excessive and doesn't produce any carbon emissions to cause climate change.
Compared to other renewable sources such as hydropower and wind, solar is relatively easy to set up for small projects like home usage.
In this article, we'll explore why solar energy is called environmentally friendly.
5 Reasons Why Solar Energy Called Environmental Friendly?
With an increasing demand, homes opt to install solar panels to minimise energy costs. With solar power panels, you can generate electricity on your roof, ensuring hundreds of units each month and relying less on the power grid.
Solar power is a great, sustainable, green energy option. It doesn't only help reduce your electricity bills; it also benefits the planet.
1.Minimising Air Pollution
The air we inhale can assist or hinder our well-being and health.
Electricity produced from fossil fuels can release fatal carbon dioxide and methane gases that lower the air quality we breathe in.
Air pollution has been connected to several diseases, such as bronchitis, asthma, allergies, pneumonia, headache, stress, anxiety, cardiovascular diseases and even cancer. Using solar energy to produce more and more power indicates less and less fatal emissions from burning and extracting fossil fuels. Producing electricity from solar panels generates no harmful emissions. And you rely more on solar power for home and business projects to minimise harmful emissions.
2.Save Water
Water is one of the most important natural resources for survival. People live on the driest continent on the planet, and they risk running out of fresh water in the future. Conventional electricity production uses hundreds of litres of water each year. Water is used for processing and refining fuel, cooling generators, and transporting fuel through pipes.
Producing power through solar panels doesn't use water. The photovoltaic effect doesn't need water at all to produce electricity, minimising the strain on this precious source. The only water required is rainwater to clean the solar panels when they naturally get dirt.
3.Slow Down the Climate Change
The emission of harmful and toxic gases such as carbon dioxide, methane, and nitrous oxide into the atmosphere pollutes the air and increases the greenhouse effect. The greenhouse effect is a natural process that heats up the surface to an optimal temperature, and human activities like burning fossil fuels maximise the amount of greenhouse gases in our environment. It leads to increased ease in the green, warming our planet faster than ever.
In current years, it has been connected to several catastrophic environmental events like storms, flooding, cyclones and intense heat. Producing electricity from solar panels generates no greenhouse gasses that help to decrease the impact of climate change it used often. There's no need to burn and extract fuel while powering homes and workplaces with solar energy.
4.Decrease Our Reliance on Fossil Fuels
Solar energy supplies are more demanding; if we can trap all the sunlight shining on the planet just for one hour, we can deploy that energy to power the whole planet for a year. The sunshine deployed in solar energy generation is free of cost, and there are a lot more benefits.
While the lack of fossil fuels also occurs faster, minimising our reliance on these resources and taking advantage of unlimited and free sources of energy like sunlight could indicate lower energy costs, decrease greenhouse gas emissions, and design a stronger and sustainable energy future.
5.Decreasing Carbon Footprints
Solar energy is one of the purest sources of energy and is tremendously valuable and effective for your household. Solar panels don’t deploy water to produce electricity, they don’t emit toxic gases into the environment, and the source of their energy is excessive and zero-cost. Using solar energy instead of grid reliance minimises the need for carbon dioxide-releasing energy to be generated for the grid on your behalf.
With even a small solar system installed in your home, you can help decrease your household's carbon footprint.
So, install cutting-edge solar energy technology in your home to produce abundant electricity. This will save you money on electricity bills and clean the environment. Innotinum offers high-quality solar panel products, such as lithium-ion batteries, to resolve energy problems. Their systems ensure seamless integration with your old electrical infrastructure, reducing energy waste, minimising reliance on the electric grid, and offering more sustainable and environmentally friendly solutions.
Effect of Manufacturing and Recycling Solar Panel
Solar panels don't generate emissions once they are installed on your roof, but they also release some toxic gases while manufacturing. Therefore, it's necessary to manufacture solar panels in factories and recycle them at the end of their lives.
Many manufacturers measure the environmental effect of solar energy using the idea of energy payback time. This calculation is based on various factors, such as the productivity of the manufacturing process and the manufacturing location of solar panels.
As the solar industry grows, manufacturers are constantly figuring out ways to transform domestic manufacturing and optimise the efficiency of the solar panel manufacturing process and solar cells, which mean that the energy payback time, will contribute to a decrease.
Bottom Line
In short, solar energy is one of the most beneficial and environmentally friendly energy solutions. It helps generate abundant electricity while reducing households' carbon footprints, air pollution, water savings, and slowing climate change making it more reliable and beneficial.