Technology Development
CTE has helped hundreds of US companies move cutting-edge technologies into the global marketplace. We assemble and manage research and demonstration projects to showcase breakthrough zero-emission technologies and the companies developing them.
Our Approach
CTE’s Technology Development approach brings technology teams together to develop clean vehicle prototypes. We marry these technology teams with fleet operators who are willing to test the vehicles in the markets they are designed to serve.
CTE helps the teams locate funding sources and develop winning proposals, and then provides our unique, unbiased program management services to ensure zero-emission technologies meet the needs of the people we serve.
“UPS is proud to have a non-profit like CTE seek out and advance complex DOE projects that are improving the environment for the communities in which it serves.”
Technology Development Services
CTE’s team of experts are constantly monitoring the latest technological advances in the zero-emission vehicle and infrastructure space. We use this knowledge to identify the technologies that have the potential to make the biggest impact on the industry. We then work with technology teams to develop prototypes and test these technologies in real-world fleets. This helps to accelerate the development of new technologies and bring them to market faster.
Once CTE has identified a promising technology, we work with the technology team to conceptualize a prototype project. This includes developing a project plan, identifying funding sources, and securing commitments from fleet operators to test the prototype vehicles or infrastructure. CTE has a proven track record of securing funding for prototype projects, and we are committed to helping technology teams bring their innovations to market.
CTE has a network of industry partners who are experts in the design, build, and testing of zero-emission vehicles and infrastructure. We connect these partners with technology teams to form partnership teams that can execute on cutting-edge equipment design, build, and testing. This helps to ensure that prototype projects are completed on time and within budget.
CTE has experience developing and managing fleet charging and hydrogen infrastructure pilot projects at scale. We have worked with fleets to deploy charging stations and hydrogen fueling stations in a variety of settings, including urban areas, rural areas, and transit depots. We have also worked with fleets to develop and implement charging and fueling strategies that meet their specific needs.
CTE provides technical oversight and team cohesion during prototype design, build, and deployment. We have a team of experts who can provide guidance on a variety of technical issues, including vehicle design, battery technology, and charging infrastructure. We also work to ensure that all team members are working towards the same goals and that the project stays on track.
CTE educates, trains, and provides ongoing assistance to user groups demonstrating the technology. We provide training on the operation and maintenance of zero-emission vehicles and infrastructure. We also provide ongoing support to help users troubleshoot issues and optimize their operations.
Technology Development Project Spotlight
Fuel Cell Electric Top Loader
A grant awarded to the Center for Transportation and the Environment (CTE) by the California Air Resources Board (CARB) in 2018 has supported the development of a first-of-its kind fuel cell electric top loader — a breakthrough zero-emission solution for port operations. This innovation offers rapid refueling with hydrogen, taking only 15 minutes to provide 8-10 hours of continuous operation, completely emission-free. The Hyster® top-pick container handler runs on two Nuvera E-45 fuel cell engines and is being demonstrated by Fenix Marine Services at the Port of Los Angeles (POLA) in Long Beach, California. Wireless charging for the top loader is provided by WAVE, and mobile hydrogen fueling provided by Air Products. CTE's leadership and a collaborative effort make this technology a potential industry game-changer, aligning with California's ambitious air quality and climate goals.
Beyond the immediate environmental impact, with estimated annual savings of 127 tons of CO2 and 0.357 tons of Criteria Pollution, this project underscores the societal benefits of transitioning to zero-emission equipment. CTE, serving as the project lead, emphasizes the importance of demonstration projects in navigating the challenging transition from early-stage technologies to market-ready solutions. Recognizing the invaluable lessons learned in terms of technology refinement and soft skills associated with market adoption, CTE advocates for public support to drive further advancements, address challenges, and optimize resources for the greater good.