Frequently Asked Questions

In recent years, rising electricity prices and increasing interest in renewable energy have led many homeowners to ask, "Can I power my household appliances with wind energy?" Türkiye's geographical location, with its extensive wind corridors, makes small-scale wind turbines an ideal option, especially in coastal areas and regions with high wind speeds.

Compact designs, like those produced by SoyutWind, are also suitable for homeowners with limited space. Particularly, those living in rural areas, farmers with large properties, small business owners, and those in single-family homes can significantly reduce their electricity bills with SoyutWind's wind turbines.

If there is sufficient wind where you live, setting up a small wind energy system by determining your electricity needs might be suitable for you. Small wind systems can not only contribute to Turkey's energy needs but also accelerate the transition to renewable energy. To calculate your electricity consumption, you can use our electricity consumption calculator.

This guide on this page provides basic information about small wind power systems, helping you decide whether wind energy is suitable for you.

Wind energy is one of the most cost-effective options among home renewable energy systems in Türkiye. If your wind resource is favorable, a small wind energy system can significantly reduce your electricity bill and help you avoid the high costs of extending power lines in remote and infrastructure-poor areas. Additionally, these systems can provide both direct current (DC) and off-grid power capabilities.

As a renewable source, wind energy also has the potential to enhance Türkiye's energy independence as a domestic energy source. Türkiye's geographical location, particularly in coastal regions and high-wind areas, makes this energy type extremely attractive.

At SoyutWind, our goal is to facilitate access to sustainable and clean energy sources. Wind energy minimizes negative environmental impacts while emphasizing local and renewable aspects of energy production. Our wind energy systems offer economic savings and environmental benefits in the long term by providing a quick return on your investment.

Wind is caused by the uneven heating of Earth's surface by the sun. These heating differences cause air movement and create wind. Wind turbines capture the kinetic energy of the wind and convert it into mechanical power. This mechanical power is then converted into electricity by a generator connected to the turbine. 

The main components of wind turbines are the aerodynamic blades that capture energy. SoyutWind turbines, which take into account Turkey's wind profile, are specially designed to maximize efficiency and produce more energy. As the wind blades rotate, this movement turns the turbine's shaft. This shaft drives the rotor of the connected generator, resulting in electricity production.

Modern wind turbines can adjust their positions according to the wind direction, allowing them to always be in an optimal position to capture the highest wind energy. This increases energy production for users and continuously optimizes efficiency.

The amount of electrical energy produced by wind turbines varies depending on the turbine's power and the wind speed at the installation site. For example, the Soyut 10 model wind turbine produced by SoyutWind generates 10 kilowatts of electricity at a wind speed of 12 meters per second.

Wind energy can be a suitable and efficient renewable energy source under certain conditions. Here are some key factors to consider when evaluating these conditions:

• Good Wind Resource: If the location of your property has adequate and consistent wind flow, it is ideal for wind turbines. You can review Turkey's wind map to determine if your property's location is suitable for wind energy.

• Land Size: If your home or business is on at least 1 acre of land, it means there is enough space to install one or more small wind turbines.

• Your Electricity Needs and Production Capacity: Determining how much electricity you need and how much you want to produce affects the size and cost of your system.

• Long-Term Investment: Wind turbines are a long-term investment. After system installation, they offer savings in the long run due to low operating and maintenance costs.

• Electric Bills and Grid Access: If your average electricity bills are high or if grid electricity access is limited in your area, wind energy could be a practical and economical alternative for you.

Considering these factors, you can evaluate whether wind energy is suitable for you. To determine the most efficient wind energy solutions tailored to your needs, contact us.

For informational purposes, we recommend a 3 kW wind turbine for home use. This value is based on the electricity consumption and operating times of typical household electrical devices. Determining your home's electricity consumption in detail is crucial for selecting the appropriate power rating of the wind turbine to be installed. Information such as whether you use air conditioning, the power of the pump used for any pool you have, the power of any water motor in your garden, garden lighting, and other electrical devices you use is necessary to accurately calculate the power you need. Additionally, it is important to specify whether you use 3-phase (380 VAC) or 1-phase (220 VAC) electricity to design a wind turbine suitable for your needs.

With our AI-supported application, we can get back to you after you enter your details. You can visit our Wind Turbine Recommendation page. There are two main methods to determine the wind speed in your region. The first method involves periodically measuring by installing measurement poles in the area where you plan to set up the turbine for 12-18 months. While this is the most accurate data collection method, it is generally not preferred due to its lengthy process and high cost, except for large-scale investments (such as large wind turbine farms). The second method is to estimate by using data from existing wind potential maps with wind correlation software in a computer environment. Using the Wind Energy Potential Atlas of Turkey (REPA) prepared by the Directorate of Electrical Power Resources Survey and Development Administration (EIEI), you can determine the wind potential of your region. (http://repa.eie.gov.tr)

The size of the wind turbine you need depends on your electricity requirements, the size of your land, and local wind conditions. At SoyutWind, we offer a wide range of turbines suitable for various applications in Türkiye:

• Small Turbines - Off-Grid Systems (1 kW - 30 kW): These turbines may be suitable for homes, small businesses, and specific applications like water pumping. In Turkey, turbines of this size are commonly used in rural agricultural areas and coastal regions.

• Medium-Scale Turbines (50 kW - 500 kW): Suitable for larger homes, residential complexes, or small industrial applications, these turbines can meet significant electricity needs. If you have a business with high energy consumption or a large home, a turbine of this size might be appropriate.

To evaluate your electricity needs and wind conditions, you should consider factors such as local wind speed and direction. Using regional wind maps of Türkiye to understand the average wind speed in your area is a crucial step in selecting the right turbine size. You can contact us for support in this regard.

Additionally, improving the energy efficiency of your home or business can reduce the required turbine size. Energy efficiency often provides a more cost-effective solution and may reduce the size of the turbine needed.

At SoyutWind, we can work with you to size your system based on the local wind resource and your electricity needs, ensuring you get the most benefit from your investment.

Small wind turbine systems (battery-based off-grid systems) are used to provide renewable energy in homes or small businesses. These systems consist of several key components designed to convert wind energy into electrical energy. Here are the details of these components:

• Rotor: The rotor is the moving part of the wind turbine, typically connected to two or more blades. It captures the kinetic energy of the wind and converts it into mechanical energy.

• Generator or Alternator: The mechanical energy produced by the rotor is converted into electrical energy through the generator or alternator. This component converts wind energy into usable alternating current (AC) electricity.

• Tail: Most small wind turbines have a tail that helps orient the turbine towards the wind, ensuring it operates at maximum efficiency.

• Tower: The tower is the structure on which the turbine is mounted. It elevates the rotor to a higher position, allowing it to capture more wind and operate with greater efficiency.

• System Components: This category includes components that regulate and store energy production:

  • Control Devices: Electronic devices that ensure the wind turbine operates efficiently and safely.
  • Inverters: Devices that convert the current from the generator into standard electricity compatible with home appliances or the grid.
  • Batteries: Used to store the generated electricity. They are important for providing energy during times when the wind is not blowing.

At SoyutWind, we carefully select each of these components to provide efficient and long-lasting wind energy solutions tailored to our customers' needs. Our systems are designed to match Türkiye's various wind profiles, ensuring that each component operates at maximum efficiency.

The cost of wind energy systems varies depending on the installation site characteristics, grid connection needs and the size of the system. 

In 2021, the capacity-weighted average cost of small wind projects installed in the USA was $5,120 per kilowatt. This cost includes local installation and permitting fees. A similar cost structure can be observed in Türkiye. However, prices may vary based on required features and installation locations. To review the prices of SoyutWind Wind Turbines, click here.

Cost Factors

• Installation Costs: The installation costs of wind turbines vary based on factors such as turbine size, tower height, foundation construction, and transportation. Larger turbines and higher towers are more costly.

• Grid Connection Costs: Infrastructure costs for connecting to the grid depend on agreements with the electricity distribution company and technical requirements. For off-grid systems, battery storage and inverter costs should also be considered.

Payback Period

Wind energy systems may require a significant initial investment. However, this investment can be recouped over time through reduced grid costs. The payback period depends on factors such as the size of your system, local wind resources, local electricity prices, and how you use wind energy.

When investing in a wind turbine, it is crucial to have assurances that the turbine model you choose has been evaluated for safety, performance, and functionality. Certified turbines demonstrate that they meet reliability and quality standards, ensuring that you get a good return on your investment in the long term. 

At SoyutWind, we are committed to providing high-quality and reliable wind turbines. To view the certifications of our products, click here.

You need to decide whether to install and maintain the wind turbine yourself or seek help from a professional team. This decision will impact the cost and efficiency of your system. Many people may prefer to install their own turbines, but there are important considerations in this process.

• Can I Pour a Proper Concrete Foundation? Wind turbines require a stable and secure foundation, which involves specialized knowledge and skills.
• Do I Have Access to Equipment to Safely Erect the Tower? Tower installation requires safely erecting tall and heavy structures.
• Do I Know the Difference Between AC and DC Cables? Electrical connections are critical for the safe and efficient operation of the turbine.
• Do I Have Knowledge to Wire the Turbine Safely? Incorrect electrical connections can pose serious safety risks.
• Can I Handle and Install Batteries Safely? Batteries can be hazardous if not installed correctly.

If you answered "no" to any of the above questions, you should seek help from an experienced team.

SoyutWind olarak, ürettiğimiz rüzgar türbinlerinin kurulum, montaj ve bakım hizmetlerini sağlıyoruz. Deneyimli ekibimiz, türbininizin doğru ve güvenli bir şekilde kurulmasını ve uzun ömürlü olmasını sağlamak için her türlü desteği sunar. Ayrıca, bakım programları sunarak türbininizin verimli ve güvenli bir şekilde çalışmasını garanti ediyoruz.