Angi Energy Systems starts building the Midwest's inaugural hydrogen refueling test facility.

Janeville- Angi, a seasoned player with over 40 years of expertise in designing, manufacturing, and maintaining refueling equipment for compressed natural gas (CNG) and renewable natural gas (RNG), has recently ventured into the hydrogen sector. This move comes as part of their strategic vision to offer a comprehensive refueling platform catering to the fleet and heavy-duty transportation industry. Over the past three years, Angi has witnessed significant growth, prompting the establishment of a new 3000 square foot facility at their Janesville, Wisconsin headquarters.

The primary focus of this facility will be on testing and validating components used in hydrogen refueling stations, particularly those designed for heavy-duty trucks. The objective is to explore the potential of hydrogen as a sustainable energy source, especially for reducing the carbon footprint in hard-to-abate sectors like transportation and industry.

Scheduled for completion by July 2024, the facility will not only facilitate in-house testing and validation activities but also aims to open its doors to third-party companies by early 2026. Additionally, Angi plans to collaborate with local colleges to offer apprenticeship programs, nurturing a skilled workforce in the Midwest.

Joel van Rensburg, President of Angi said pride in leading the hydrogen infrastructure revolution and driving long-term change in the transportation sector. He emphasizes the significance of the new facility in accelerating the development and validation of low-carbon technologies, forging strategic partnerships, and promoting investments in the hydrogen economy. Van Rensburg looks forward to showcasing Angi's hydrogen refueling technology at the Advanced Clean Transportation Expo in May.

Furthermore, Angi is gearing up to deliver its first Hydrogen Refueling Station (HRS) to Trillium Energy for installation at Santa Clarita Transit later this summer. Their HRS solution, characterized by a modular design, offers flexibility, reliability, and cloud-connectivity for optimal performance and uptime. The typical HRS configuration includes a hydrogen dispenser, redundant compression capabilities, a site recirculation system, chillers, and a gas management panel.