Emerson Launches HV-7000 Series for Improved Fuel Efficiency in Hydrogen-Powered Vehicles
Key Ideas
- Emerson's TESCOM HV-7000 Series regulator enhances fuel efficiency and reliability in hydrogen-powered heavy-duty vehicles through stable pressure delivery and contamination resistance.
- The two-stage pressure reduction design and positive seal ensure optimal pressure delivery to fuel cells, reducing fueling costs and risk of component failure.
- The regulator's contamination-resistant features, such as redundant seals and integrated filters, extend vehicle service life, minimize leaks, and prevent system damage and downtime.
- Designed for easy installation and compatibility with fuel cell systems, the HV-7000 Series aims to reduce manufacturing costs and facilitate scale-up in hydrogen-powered vehicle production.
Emerson Automation Solutions has unveiled the TESCOMTM HV-7000 Series, a two-stage pressure-reducing regulator tailored for enhancing fuel efficiency and reliability in heavy-duty vehicles powered by hydrogen. The regulator ensures stable pressure delivery in all flow conditions, maximizing the performance of fuel cells and hydrogen combustion engines. With features like two-stage pressure reduction and a positive seal design, the HV-7000 minimizes fueling costs while reducing the risk of component failure. Contamination-resistant elements, including tied valve stems, integrated filters, and redundant seals, help extend the vehicle's service life and prevent leaks. These design aspects also contribute to avoiding fuel loss, safety hazards, and equipment downtime. Moreover, the regulator's compact and lightweight build, along with its easy installation attributes, make it ideal for seamless integration into fuel cell systems, ultimately aiming to cut manufacturing costs and streamline production scalability for hydrogen-powered vehicles.