Partner: CALSTART, Pasadena, CA, UTC Power, South Windsor, CT
The first phase of a multi-phase project to develop a next generation fuel cell power system, leading to commercialization of a fuel cell bus that is compliant with FTA Buy America regulations.
Partners: CALSTART, Pasadena, CA; El Dorado Inc., Riverside, CA; Ballard Power Systems Inc., Lowell, MA; BAE Systems Inc., Johnson City, NY; Chicago Transit Authority; Air Products Inc., Allentown, PA.
Develop and conduct in-service testing for a next generation Buy America compliant fuel cell bus in Chicago’s RTA fleet. This project will demonstrate a fuel cell bus in a large transit agency, with the potential for larger fleets of cell bus procurements, as well as develop and demonstrate new technology that enables operation of fuel cell buses in cold climates.
Partners: CTE, Atlanta, GA; Proterra, Greenville, SC; Ballard Power Systems Inc., Lowell, MA; CMRTA, Columbia, SC; Univ of Texas CEM - Austin, TX
CTE will use the funds to develop and demonstrate a highly-efficient 35-foot Proterra fuel cell bus with an enhanced Ballard HD6 fuel cell and fast-charging capabilities and will demonstrate the bus in revenue service.
Partners: CTE, Atlanta, GA; BJCTA - Birmingham, AL; EV America, Chattanooga, TN; UAB- Birmingham, AL; Ballard Power Systems, Lowell, MA; Altairnano, Reno, NV
CTE will use the funds for continuation of Birmingham’s fuel cell bus demonstration. The funds will support the development and demonstration of a 30-foot battery-dominant fuel cell bus, incorporating advanced Lithium battery technology, with improved range, acceleration, and fuel economy.
Partners: CTE, Atlanta, GA; CapMetro, Austin, TX; Proterra, Greenville, SC
CTE will use the funds to continue operation of Austin’s fuel cell bus demonstration program with enhancements.
Partners: CTE, Atlanta, GA; Embedded Power Controls, Salem, VA
CTE will use the funds to develop an 18 kilowatt DC-DC converter that will interface with equivalent fuel cell systems and traction battery systems with greater efficiency.
Partners: CTE, Atlanta, GA; CIC Research, San Diego, CA
CTE will coordinate outreach and communications of fuel cell buses through international and national workgroups, fuel cell bus website, and worldwide report on demonstrations.
Partners: CTE, Atlanta, GA; Ohio State ,Columbus, OH; Design Line, Charlotte, NC; Ballard Power Systems, Lowell, MA
CTE will use the funds to initiate a project to integrate an advanced Ballard fuel cell with hybrid drive/energy management and storage systems into a commercially viable transit bus using an existing hybrid platform.