Taking advantage of the sun’s power effectively is not an easy feat. The sunshine is so prevalent that finding the most effective means of catching it requires innovative understanding and also innovation. There are a number of modern technologies for utilizing solar power and all are unique and are dedicated for specific applications.
Here are some of common technologies that are used to harness the energy from the sun and convert it into power.
First up are the photovoltaic cells or commonly known as solar cells. These are probably the most effective known method of harnessing the energy from the sunlight. Whenever we talk about solar power, the first things that involve our mind consist of having panels of photovoltaic cells or PV.
These cells include semi-conductors, generally are made from silicon, which soaks up the light from the sunlight. When sunshine hit the surface of the silicon, new free electrons are produced. As the electrons are transported out of the silicon, electric current is created.
Concentrated Solar Power Systems
The 2nd solar power technology is the concentrated solar power systems. This set entails making use of mirrors to reflect sunlight to one area. Some systems integrate advanced gadgets to track the activity of the sun and change the mirrors to optimize the amount of sunlight the system gets. The sunshine reflected from the mirrors is used to heat or power a standard power plant. Various other systems direct the light from the mirrors to an area filled with photovoltaic cells.
Types Of Concentrated Solar Power System
There are a number of type of concentrated solar power systems, one of the most preferred ones are the solar trough, parabolic dish and solar power tower.
The solar trough uses big, U-shaped (allegorical) reflectors to point the sunlight to a tower at the center of the mirrors. At the center tower, hot oil is heated up by the sun’s energy and help boil water to create steam which is then used to power convention plants.
The parabolic dish system makes use of mirrored dishes to focus and concentrate sunlight onto a receiver. The size of the dish varies however it is commonly 10 times bigger than an ordinary cable satellite dish.
Solar Power Tower
The power tower system makes use of the same idea as solar troughs. Mirrors are used to reflect sunlight to a center tower where a fluid is heated up and used for the creation of steam which will preserve a power.
Solar Water Heating Systems
An additional solar energy technology used today is the solar water heating system. This is an easy one. The process involves collecting the energy directly from the sunlight to heat water or liquids which in turn heats up the water. This is much more usual in home and ideal for family use.
In order to capture the sunlight, solar panels need to be set up in your home or in the place where you will be needing hot water like a pool area. You will need a huge space for this but over time, you will be able to save lots of money from your electric bill.
Transpired Solar Collector
For industrial establishments, an ideal solar power technology is the transpired solar collector or otherwise known as the solar wall. It includes using perforated solar cells where outside air passes before it enters the building.
These are but a few of the modern technologies around which can be used for utilizing the power of the sun. The modern technologies for utilizing solar energy continue to advance as brand-new technologies and discoveries are being accomplished. Everything might change in a few years time. Plus, the entire solar power technologies will become more cost competitive which will benefit the general consumers.
Understanding how to build solar power system is not as difficult as it used to be. There are lots of DIY home solar energy system offered online now. Mastering this valuable skill will help you save cash on your energy expenses, save environment and become more energy sufficient. One of the best guide that you can try and rely on is DIY home energy system by Jeff Davis. Take a look and read the review here.