Fuel Cell Sample Clauses

Fuel Cell. A Fuel Cell is an electrochemical device that combines a fuel such as hydrogen, methanol, or others with an oxidant such as oxygen. The result is electricity, heat, and water.
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Fuel Cell. Radio IP developed independently by Buyer during the term of this Agreement shall be owned by Buyer, subject to a perpetual, world-wide, royalty bearing license to Seller to make, have made, use, sell and import products based on such Intellectual Property on terms agreed upon by Buyer and Seller or, failing agreement within a reasonable time following request by Seller, as determined pursuant to Clause 29 below.
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Fuel Cell. Anuvu is a private company that is actively engaged in research and development activities including the Fuel Cell Business and Other Business which includes areas such as automobiles, boats and other vehicle systems, circuit board technology and other matters. Anuvu owns proprietary technology regarding such business, subject to certain license rights that Anuvu is proposing to grant to Cell Power and certain other rights previously granted to other parties. All of these other parties other than Cell Power have signed agreements with Anuvu to return those rights with the exception of a three year not-to-compete restriction under one kilowatt, an area not an ideal match for the specific technology that Anuvu has developed. Approximately one year has already transpired on the three-year not-to-compete under one kilowatt. Anuvu has provided to 618039 BC Limited a detailed description of such third party rights. 618039 BC Limited is a newly formed entity that desires to enter into the manufacturing of fuel cells.
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Fuel Cell. Fuel Cell" refers to all of Anuvu's Fuel Cell stack technology developed up to the date of signing including but not limited to the mass-produceable Carbon-X fuel cell technology developed and owned by Anuvu described in the patent or patents described in Section 3, as well as the Manual, as defined herein.
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Fuel Cell. Power Systems used as part of fuel cell hybrid propulsion systems. Enova will make reasonable efforts to arrange a pass through of the original manufacturers warranty terms and conditions. Enova Panther(TM) Propulsion System Product and Services Agreement
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Fuel Cell. Any employee working as a Fuel Cell mechanic will receive a premium of $0.40 for all hours worked.
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Fuel Cell. The fuel cell composed of a Stack equipped with a compressor, humidifier, cooling circuit, and control, the entire unit constituting a power generator.
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Fuel Cell. Used as a cogeneration heating unit in one of the households using natural gas. The unit is heat-demand driven, meaning that it generates electricity as a by-product. Nevertheless, because the system has a storage tank, the possibility exists to interface with the fuel cell and use it to generate electricity when there is limited DERS available in the energy community. It is to be seen if the low electric output (0.75 kW) is worthwhile integrating in the smart controller. The characteristics for the fuel cell are specified in the followings. Power: 0.75 kWe /11.4 kWth combined heat and power (CHP) Control interfaces: possible through an online application Availability: the fuel cell is a CHP device and is thus heat-demand driven. Most power will be produced during the winter, but domestic hot water is also produced with the unit so it will not be as seasonal as purely space heating devices. Maximum time on: fuel cell can only run for 3 hours consecutively; after this it most start a cleaning cycle. Minimum time off: time for cleaning cycle after a heating period. Forced on: possible if temperature in the boiler allows it but likely not worth it for such a small power generation. On/Off or Modulation: On/off because the electric generation cannot be modulated. Three inhabitants of the demo site use heat pumps for space heating. Additionally, 5 hybrid heat pumps will be installed in other inhabitants’ home. Of the three existing heat pumps, two cannot be controlled directly. This is due to the design which limits direct control. The only identified method to control these two heat pumps is an indirect method through the smart thermostat of these heat pumps. The characteristics of the existing heat pumps are described below. Range of powers: 3-5 kWe Control interfaces: currently installed heat pumps can be controlled indirectly through the room thermostat (Honeywell) Availability: seasonal availability: in summer the heat pump is not available. In winter it is especially available to turn it off for one or two hours. In autumn and spring, it is very usable for both turning on and off. Maximum time on: none Minimum time off: none, although frequent on/off cycling of a heat pump causes accelerated aging Forced on: indirectly possible through thermostat but no guarantee heat pump will be activated and no feedback from device to confirm. Control signals: indirect control possible through the thermostat On/Off or Modulation: On/Off control There are currently two ...
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