How Big Of A Wind Turbine Do You Need to Power a House?

home wind turbine

wind turbineThe exponential rise in the use of technology on a global scale is resulting in the creation of technologies that are changing the world for better. One of the most significant issues for the world today is the increasingly harmful impact of humans on the environment as a whole. One of the primary reasons behind such problems is the process of creating electricity. The traditional ways of generating electricity are harmful to the environment in many ways. To overcome these issues, many new ways of creating electricity more sustainably are emerging. One such method is the use of wind turbines. They can generate cheap electricity without harming the environment. What if we tell you that you can create your wind turbines to get unlimited free electricity? Read on, and by the time you reach the end of this article, you will know how to make your wind turbine to create electricity.

 

What is a wind turbine?

Firstly, you must know what a wind turbine is. Wind turbines render the use of strong winds to turn turbines which create electricity. Naturally, the bigger a wind turbine is, the higher is the electricity it produces. If you are looking to make your wind turbine, you must know about the right size to power your house.

 

Wind turbine needed to power a house

The size of the wind turbine that suits you is dependent on your needs. Turbines have a size distribution of 20 Watts -100 Kilowatts (kW). The small turbines are usually applicable for charging batteries for small appliances or vehicles that require minimal energy. However, the bigger turbines that range from 1-10 kW can be suitable for pumping water out of the ground. Wind energy has always been one of the primary sources to pump water out of the land. Even though mechanical turbines are a viable option for pumping out water in areas where wind is low, farmers are now shifting towards wind turbines because they are versatile, and they can double the pumping for the same amount of time.

energy wind

An average household usually consumes about 11,000 kWh of electricity annually. According to the local wind speed, a 15 kW wind turbine would be enough to provide the power for an average household. The information regarding how much energy the windmill can produce is available with the manufacturer or the supplier of the wind turbine. Moreover, the manufacturer can also tell you the maximum speed which the turbine can sustain without taking any damage.

Conclusion

Now that you know what a wind turbine is, how it operates, and which type of wind turbine you will need to power a house for a year, you can easily make an informed decision regarding which size of the wind turbine you should purchase. This way, you can easily save the different costs that you previously incurred due to the consumption of electricity. Now you have a free source of unlimited electricity!

What Is Solar Energy in Simple Words?

Solar Panel

Sun is the most significant source of energy in the world from the dawn of time. The heat and light received from the sun consist of electromagnetic radiations, including heat light and radio waves. All forms of energy (except Nuclear) ultimately comes from the sun.  It has been an integral part of our Eco-system, from helping plants in making their food to melting glaciers and fulfilling other nature’s requirements. With time man has found different ways to use this abundant source of power to fulfill its own needs. In ancient times people use magnifying glasses to create a beam that could make the wood catch fire. Still, with the passage of time and innovation in technology, the man produced machines that could convert this power of sunlight into other forms of energy.

Solar energy means the energy received directly or indirectly from the sun. The process of converting sunlight into useable energy like electricity is called the solar energy process. With the invention of the solar cell, which converts direct sunlight into electricity, solar energy finds a way into our daily life. These cells are consist of p-type silicon crystal and n-type ( semiconductor). These solar cells are used to power electronic devices such as pocket calculators. Solar energy has a vast scope; it is not only used for making electricity also for heating water, making buildings withstand the heat of sunlight. It has enormous potential because the majority of our population lives in those areas sunlight the majority of their time.

solar-panels

The solar energy process

solar energy process

To further understand the solar energy process, here is some basic example light radiation causes electrons to be released and creates a potential difference so current can flow between electrodes connected to the two crystals. All wavelengths are shorter than one micrometer can produce electrical energy. Cells convert c.10% sunlight into electrical energy. Another process of solar energy starts when a collector in the solar panel collects solar energy from the sun stores it into its backup after that a chemical reaction in the machine attached with the backup converts this stored power into electricity. In another case, the heat from the sunlight heats the pipes installed on the rooftop. After that water crosses from those pipes, the heat of the pipes changes the temperature of the water, making it hotter.

Conclusion

In a broader perspective, solar energy covers all aspects of using sunlight in different forms of applications using photovoltaic(PV) cells, solar heating, solar thermal energy, and artificial photosynthesize.

In other words, Solar energy includes all the methods from which man can harness the power of sunlight. The technology is contently evolving, not only increasing our energy needs but also introducing new ways to use solar energy. In the present time, techniques using solar energy are becoming an essential part of catering to our energy needs; many countries, both developed or underdeveloped, are shifting towards solar energy. The latest setups of solar energy power generation can provide electricity to a small city.