en.Wedoany.com Reported - AirPlus Renewables is set to launch its unique EDGEWIND Tech turbine, the XEVA, designed specifically for distributed generation to generate electricity closer to the point of use. This patented technology, invented by the husband-and-wife team Jimish Patel and Krupali Patel, is scheduled to debut at an official launch event later this year, where real-time data from selected deployment sites worldwide will be showcased.
The XEVA system is designed for distributed deployment near energy consumption sites and can operate in all environments, including those with complex airflow. It captures both turbulent and non-turbulent wind, making it suitable for commercial locations such as hospitals, data centers, universities, and municipal buildings, including rooftop and building-edge installations.
Deployments are planned at multiple sites in the UK, USA, Canada, Maldives, Saudi Arabia, and Ukraine. These test locations are chosen to demonstrate the technology's performance in real-world conditions and evaluate its capabilities in various demanding environments, including dense urban, coastal, desert (with sand and high temperatures), and mountainous (with ice, snow, and low temperatures) settings.
Jimish Patel, founder of AirPlus Renewables, stated that the company was founded to make energy affordable and accessible. He believes energy is a necessity, not a luxury. The XEVA was developed to bring power generation where it is most needed, providing organizations with a practical method for on-site electricity generation to reduce reliance on the grid and better utilize existing space.
EDGEWIND Tech differs from traditional micro wind turbines, which are typically scaled-down versions of conventional wind systems. This technology is suitable for all environments and is particularly efficient in built environments where airflow is affected by nearby buildings, enabling on-site power generation where it is actually needed. The term draws inspiration from the concept of edge computing, where processing occurs closer to the point of demand, while the turbines can be strategically placed on building roof edges to harness accelerated airflow generated by natural building-edge aerodynamics, maximizing the use of otherwise untapped wind resources.
For most installations, the unit is delivered fully assembled, ready to be lifted into place and connected like a solar installation. The company estimates the primary product installation time to be approximately 90 minutes. The XEVA is designed and arranged with blades to reduce "wind shadows" and operates in areas where traditional systems are less efficient, thereby making fuller use of wind energy in built environments.
The company currently prioritizes data above all else. These carefully selected deployment sites will demonstrate the technology's performance under various real-world conditions. The launch event later this year will mark a significant milestone, offering an opportunity to learn about the XEVA and its data, and to see how this innovation performs across different locations.
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