As electricity demand continues to grow, communities, businesses, utilities, and energy developers are looking at different ways to generate power while considering reliability, sustainability, cost, and long-term energy needs. Wind turbines have become an important part of that conversation.
Wind turbines use a naturally occurring resource to generate electricity and can be deployed at a variety of scales. Continued innovation in wind turbine technology may create new opportunities to improve how turbines are designed, manufactured, operated, maintained, and eventually recycled.
Here are some of the primary advantages of wind turbines and why wind technology continues to be important to the future of energy.
One of the greatest advantages of wind turbines is the resource they use.
Wind is naturally replenished and does not need to be extracted, transported, or purchased as a fuel before electricity can be generated. When adequate wind conditions are available, turbines can convert the kinetic energy of moving air into mechanical energy and ultimately electricity.
This makes wind fundamentally different from electricity generation technologies that depend on a continuous supply of combustible fuel.
During normal electricity generation, a wind turbine does not need to burn coal, natural gas, oil, or another fuel to produce electricity.
This provides an important environmental advantage because the generation process itself does not produce the direct combustion emissions associated with fossil-fuel power generation.
Wind energy can therefore contribute to an electricity portfolio that includes multiple generation technologies while reducing the amount of fuel required to produce electricity.
A reliable electrical system can benefit from having multiple sources of generation.
Wind energy can operate alongside solar, hydroelectric, nuclear, natural gas, energy storage, and other technologies. Each energy source has different advantages, limitations, operating conditions, and infrastructure requirements.
Wind does not need to replace every form of electricity generation to provide value. Instead, it can become one component of a diversified energy system.
Wind turbines are not limited to a single size or application.
Wind projects can range from individual turbines serving specific locations to large wind farms consisting of numerous turbines supplying electricity to the grid.
The ability to develop wind generation at different scales creates opportunities for continued engineering innovation.
As electricity needs increase, the ability to develop larger and more efficient wind-energy systems remains an important area of research and development.
Traditional fuel-based generation requires an ongoing source of fuel.
That fuel may need to be extracted, processed, purchased, transported, and stored before electricity can be generated.
Wind turbines do not have the same ongoing fuel requirement. Although turbines still require manufacturing, installation, maintenance, infrastructure, and eventual decommissioning, the wind itself does not have to be purchased or delivered.
This can be an important long-term advantage of wind-generated electricity.
Wind-energy development can also create economic activity.
Depending on the project, wind development may involve engineers, manufacturers, construction companies, transportation providers, electrical contractors, maintenance technicians, landowners, developers, and other businesses.
Large energy projects can therefore affect more than electricity generation alone.
Continued development of wind technology may also create additional opportunities for domestic manufacturing, engineering, licensing, research, and infrastructure investment.
Another important area of wind turbine development involves what happens to turbine components at the end of their useful service.
Wind turbines contain significant quantities of materials that may have value beyond the turbine's original operating life. However, the recyclability of individual components varies based on their construction and materials.
Designing future wind technologies with end-of-service recovery in mind can therefore be an important part of improving sustainability.
The Action Vertical Axis Wind Turbine is designed to use ferrous metals in its construction, allowing these materials to be recycled after their service life.
Today's wind turbines are the result of decades of engineering development, but innovation does not need to stop with existing designs.
Future turbine technology can continue exploring questions such as:
These are important questions as engineers consider the next generation of wind-energy technology.
Action VAWT is developing a different approach to large-scale wind turbine technology through the Action Vertical Axis Wind Turbine.
Unlike the familiar horizontal-axis configuration used by most utility-scale turbines today, Action VAWT uses a vertical-axis design.
The patented technology includes systems designed to use centrifugal force generated by turbine rotation to help control rotational speed without requiring electrical power for that control function.
Action VAWT also incorporates a pneumatic system that maintains the positioning of operating components and regulates blade movement. In the event of a loss of air pressure, the design is intended to flatten the blades and stop turbine rotation.
These features are part of a broader design philosophy focused on scalability, safety, reliability, and durability.
Wind turbines offer several important advantages, but every energy technology also presents engineering, economic, environmental, and operational challenges.
Continued innovation allows engineers to examine those challenges and explore new solutions.
Action VAWT represents one approach to rethinking what a large-scale wind turbine can be.
Rather than simply accepting existing turbine architecture as the only solution, the Action Vertical Axis Wind Turbine explores alternative approaches to turbine configuration, rotational control, fail-safe operation, materials, and scalability.
Action VAWT offers licensing opportunities for the development, manufacturing, installation, and operation of Action Vertical Axis Wind Turbine technology.
Organizations interested in reviewing additional technical information can request access to the patent application and available SolidWorks engineering files after completing a Non-disclosure Agreement.
For technical or licensing questions, contact Andy at 1-920-378-2951 or Andy@actionvawt.com.
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