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Fuel Cell Integration to a Mobility Platform

机译：燃料电池与移动平台的集成

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Electric Vehicle Controllers Ltd. (EVC) has been actively involved since 1999 in the development of hardware and control strategies for In Situ Resource Utilization (ISRU) equipment ranging from drilling and excavation payloads to mobility platforms, battery systems and fuel cells.As part of their effort under a NORCAT sub contract, EVC was lead on the integration of a fuel cell onto a NORCAT ISRU mobility platform. The integrated system was utilized to demonstrate a closed ISRU Loop during an analog deployment in Hawaii in January 2010. The loop consisted of the fuel cell accepting hydrogen from an electrolysis unit that had received water from an Orbitec Carbothermal Oxygen plant. This plant utilized feedstock material (Tephra) delivered by a Load Haul Dump (LHD) system mounted on a mobility platform. The batteries for the LHD mobility platform were charged utilizing energy supplied by the Fuel Cell.This paper will report on the development of the fuel cell as well as the integration and testing of the combined fuel cell/mobility platform during the 2010 deployment.
机译：电动汽车控制器有限公司（EVC）自1999年以来一直积极参与现场资源利用（ISRU）设备的硬件和控制策略的开发，其范围从钻井和挖掘有效载荷到移动平台，电池系统和燃料电池。 作为根据NORCAT分包合同进行的工作的一部分，EVC在将燃料电池集成到NORCAT ISRU移动平台方面处于领先地位。该集成系统用于在2010年1月在夏威夷进行模拟部署期间演示一个封闭的ISRU回路。该回路由燃料电池组成，该燃料电池从一个电解装置接收氢，该电解装置从Orbitec碳热氧工厂接收水。该工厂利用安装在机动性平台上的载重卸料（LHD）系统提供的原料（Tephra）。用于LHD移动平台的电池是利用燃料电池提供的能量充电的。 本文将报告2010年部署期间燃料电池的发展以及组合式燃料电池/汽车平台的集成和测试。

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