+1.410.771.8600www.teledynees.comS?C - SUBSEA SUPERCHARGERIntegral Features S?C100 SeriesFuel Cell SystemTeledyne’s proven proton exchange membrane (PEM) fuel cell technology provides excellent 4efficiency and long life (>10,000 hrs.). The stack design is specifically tailored for operation with pure oxygen and includes design aspects 3generated through years of experience with this technology. The fuel cell system features an 1integrated balance-of-plant (BoP) with ejector driven reactant (EDR) technology for reactant recirculation. The BoP allows the fuel cell stack 3to be fed reactants in a “dead-ended” 72configuration maximizing energy delivery.5Reactant StorageThe fuel cell system is reactant storage 6agnostic. Reactants can be suppplied via compressed gas, cryogenic, or solid-state reactant storage systems. The Subsea Power Node is equipped with a compressed-gas reactant storage system. This storage system is Specificationsat a technology readiness level (TRL) of 9 and is commercially refillable.EDR Fuel Cell Reactant Storage Skid Details316System Module (H?/O?)• 1.6m X 1.6m X 1.5m• Modular to meet High TRL• Minimal components energy and reactant for maximum • 1300 kg mass in air Teledyne has a proven history of supplying high storage system reliability (500 kg wet)reliability fuel cells to NASA and other requirements• 8 kW power output • Marine recovery customers. (per module)Teledyne Benthos system available4Acoustic Modem• Module capable of Electrical Output7 processing > 30 For more information: MWh of energySubsea Tested • Voltage range: 5Dr. Thomas I. ValdezComponents as specified• Operation at full Chemical Systems Manager ocean depth• Teledyne ODI wet • Power: 1-8 kW mate connectors continuous outputTeledyne Energy Systems10707 Gilroy RoadHybridization / Power • Electrical power and 2Hunt Valley, MD 21031-1311 U.S.A.Conditioning Module data transferP: + 1.410.891.2372 P: + 1.410.771.8600thomas.i.valdez@teledyne.comMTR #3 (1-17).indd 5 3/27/2019 2:52:02 PM