How Custom Software is Improving the Wind Energy Industry?

Wind energy is one of the most efficient and green-oriented energies that most people can rely on for household and business use. This type of energy is produced with the help of turbines and windmills. In most instances, these wind producing systems are used by companies and individuals to supply them with the required energy. Additionally, these wind systems employ different types software which functions by utilizing the electric current produced by the turbines and later distributing the power generated to the end-user with the help of power system operators or electric utilities.

What is Wind Energy?

When it comes to producing and supplying natural energy, what comes into the mind of most people is solar energy. However, as much as solar energy is essential, it is of the essence to bear in mind the fact that wind energy also plays a crucial role in producing and supplying households with electricity. Wind energy is a form of energy that is produced and supplied to households with the help of turbines and windmills. The energy produced is converted into electric energy by turbines and with the help of wind analysis software.

Wind energy is divided into;

• Distributed wind

• Offshore wind

• Utility-scale wind

In offshore wind, large offshore wind turbines are erected in large water bodies where they produce energy. On the other hand, distributed energy is a type of wind energy where small turbines mainly below 100 kilowatts are used to generate and distribute energy to houses, small business premises, and farms. In this category, the wind turbines are not connected to a power grid. Finally, utility wind energy is a form of wind energy where wind turbines which range from 100 kW to several megawatts are used to deliver electric energy to power grids with the help of wind turbine software and power system operators.

How Do Wind Turbines Work?

Wind turbines employ kinetic energy and turn it to mechanical energy when their blades get blown by the wind. The rotation of the blades activates an internal shaft which is usually connected to a gearbox. This shaft increases the speed of rotation, which turns a generator, which in turn enhances wind energy development and the subsequent production of electricity.

Most wind turbines stand at the height of up to 262 feet, a height that enhances the simplified movement of the blades. The wind turbines also house the gearbox, controls, shaft, and the generator. Each of these equipment plays a different and crucial role in generating and supplying energy. Wind turbines are designed in such a manner that when the current of the wind hit 9 miles an hour, they start to produce energy. On the other hand, when the wind current pushes the turbines to rotate at speeds of more than 55 miles an hour, the wind turbine software fitted in most wind turbines automatically shuts the turbines to prevent equipment damage.

Key Software Features that Improve Wind Energy Industry

For energy to be produced with maximum efficiency, it is of the essence to consider different software features which enhance wind energy production. Some of these software key features are such as wind data software, wind monitoring system software, 3D farm modeling, real-time weather updates, Annual Energy Production calculators, supervisory control and data accusation systems, and wind efficiency calculators. These features make it easy for technicians to determine the working capabilities of turbines, as well as assess the amount of energy produced by each turbine.

If you might be looking for customized wind software development and wind energy solutions, look no further than Chetu. Chetu offers a wide array of wind production systems and software that are tailor-made to suit your preferences. Apart from this, the products produced by Chetu have been designed to offer services to both business and household entities.

Denise Roybalds is a senior research and technical writer working at Chetu, a leading software development company.