Company Filing History:
Years Active: 2024
Title: Innovations by Dylan James Baxter
Introduction
Dylan James Baxter is an accomplished inventor based in Waterloo, Canada. He has made significant contributions to the field of wind turbine technology, particularly in ice protection systems. With a total of two patents to his name, Baxter is recognized for his innovative approaches to enhancing the efficiency and safety of wind turbines.
Latest Patents
Baxter's latest patents include a "Wind turbine ice protection system for controlling ice protection measures of at least one wind turbine." This system operates in multiple locations, including at least one remote wind turbine site and an offsite control office location. The ice protection control system utilizes sensors on the wind turbine to monitor internal and external environmental conditions. The data collected is transmitted to a network for analysis, allowing for effective control of multiple wind turbines from a single location.
Another notable patent is the "Wind turbine ice protection system," which features a heating mechanism for wind turbine blades. This system includes a heater, a blower, and a duct to generate and distribute heated airflow within the blade. An electrical control subsystem is also integrated to manage the components of the ice protection system effectively.
Career Highlights
Baxter is currently employed at Fabricair Canada Inc., where he continues to develop innovative solutions for the wind energy sector. His work focuses on improving the reliability and performance of wind turbines, particularly in challenging weather conditions.
Collaborations
Baxter collaborates with talented individuals such as Daniela Roeper and Riley Doering, contributing to a dynamic team environment that fosters innovation and creativity.
Conclusion
Dylan James Baxter's contributions to wind turbine technology through his patents demonstrate his commitment to advancing renewable energy solutions. His innovative systems for ice protection are vital for enhancing the operational efficiency of wind turbines in various environmental conditions.