How Solar and Battery Power are Transforming Our World
The use of solar energy and battery power is increasing rapidly, making our planet cleaner, safer and healthier for us and the next generation. Many nations are investing huge sums of money in the research, development and installation of solar panels, inverters, charge controllers and batteries. Here are the major benefits that this technology can offer the world.
Electric Automobiles with Zero Emissions
A few years back, discussions about cars that will run solely on batteries without using gasoline seemed like mere science fiction. But now they are a reality. You can buy a Tesla car, which is fully electric, at an affordable price. These cars can travel for close to 160 kilometres without any recharging.
Just like you have electric cars, there are also electric buses in China that provide clean and environmentally friendly public transportation. In addition, car manufacturers are adding solar roofs panels to the top of automobiles. This will make it possible for your car to charge your batteries while you drive or park in the scorching sun.
Manufacture of New Systems and Machines
With a greater number of solar and battery systems, manufacturers will be busy producing new power system components and machines like enhanced valves that will provide clean energy. Companies that produced power system devices can easily modify them to serve a similar or different purpose in the emerging alternative energy industry.
Neighbourhood Battery Systems
In Europe and Australia, scientists and engineers have been developing neighbourhood battery backup systems to serve local communities. These energy storage systems use large batteries to keep the power grid stable during peak hours. As the demand for electric vehicles and their charging stations increase, the demand for power has gone up in the evening and at night.
However, there are now more homes with solar panels on their roofs. These panels generate electricity that can be used to charge the neighborhood battery systems. These batteries will store the energy needed to handle the spike in demand that takes place when families return home to charge their electric vehicles and mobile devices while providing electricity for other household uses. Although this may not be a permanent solution to a steady rise in demand for electricity, it is a smart solution that can be implemented at a low cost.
Solar Powered Factory Operations
Since the industrial revolution began two centuries ago, factories have been one of the largest consumers of energy worldwide. This is because of the large number of processes and machines that are working at the same time within a small area. As the price of solar installing solar systems has declined globally, many manufacturing companies have turned to solar power.
Factory roofs are ideal for solar installations. They are usually flat with a lot of space to position the solar panels. While roof design, skylights and space can hinder the efficiency of solar panels on residential houses, factory roofs have fewer issues to deal with. It is easier to install the solar panels to face south and generate the greatest amount of energy. This makes solar panel installation a good option for factory operations.
A good example of this is Tesla’s Gigafactory 1 located in Nevada. Tesla’s biggest manufacturing facility will produce electric vehicles, batteries for automobiles and community storage centers, solar panels and many other renewable energy components. The factory has been designed to run solely on solar power and the entire rooftop is covered with solar panels. Another massive industrial facility that will run on solar energy only is the Apple Data Center that is also located in Nevada. Apple’s biggest data center will get its power from a 200MW solar farm.
As the demand for solar power for industrial buildings continues to rise, it is vital to consider the location of the factory before making a huge investment. Places that have a steady amount of sunshine during the day will be able to generate enough power to run their operations and charge their batteries fully. The payback period for the investment is also much shorter.
The major concern many factory owners have is how to power their factories on the evening and on night shifts after the sun sets. During this period, the factory can rely on modern energy storage solutions that use batteries to provide power to operate machines. Solar and battery technology is constantly evolving to meet the needs of both residential, commercial and industrial users worldwide.