Introducing our revolutionary thermal management system for electric propulsion systems, designed to maximise efficiency, range, and performance, while ensuring optimal longevity, safety, and comfort.

The cornerstone of our system is the innovative heat recovery feature that employs several heat exchange regions. This design enhances energy efficiency by managing heat across various parts of the vehicle or vessel, including the battery, cabin, motor, and electronics. In a pioneering move, we've also integrated seating coils to absorb waste heat from passengers, thereby boosting system efficiency and passenger comfort.

At the heart of our system is our groundbreaking 16-position DectraValve. This multi-position oscillating valve integrates the manifold, valves, and accumulator or coolant reservoir into one compact, efficient unit. The true power of the DectraValve lies in its ability to instantaneously switch between heating and cooling modes across different areas of the system. Its 16 positions allow precise control over the thermal management system, adapting immediately to the needs of individual components. This means that while one area requires cooling, another could be heated, enhancing the overall efficiency and effectiveness of our system.

One of the most significant advantages of our system is its ability to control individual battery module temperatures within a pack, unlike traditional systems that heat or cool the entire pack. This innovative feature, powered by the DectraValve, ensures enhanced protection and longevity of the battery, improves performance, and extends range.

Our mission is to revolutionise the industry with our next-generation thermal control system for electric propulsion systems. By harnessing waste heat more effectively and offering enhanced, precise thermal control through our DectraValve, we're setting a new standard in performance and efficiency across electric vehicle, aviation, marine & rail industries.

Hydrohertz Limited

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