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fuel cell

A device that produces electrical energy directly from the controlled electrochemical oxidation of the fuel, commonly hydrogen It does not contain an intermediate heat cycle, as do most other electrical generation techniques

A device that produces electricity with high efficiency (little heat) by using a fuel and a chemical which reacts with it (an oxidizer) at two separate electrical terminals An electric current is thereby produced

1 A fuel tank, especially one of a number of fuel tanks, as in airplane's wing; also, a compartment within a fuel tank

A technology that produces electricity through a chemical reaction similar to that found in a battery

A device that converts the chemical energy of a fuel and an oxidant directly into electricity The principal components of a fuel cell include electrodes catalytically activated for the fuel (anode) and the oxidant (cathode), and an electrolyte to conduct ions between two electrodes; thereby producing electricity

A device which produces electricity with high efficiency (little heat) by using a fuel and a chemical which reacts with it (an oxidizer) at two separate electrical terminals An electric current is thereby produced

An electrochemical cell in which the chemical energy of continuously supplied fuel is converted into electric energy

an electric cell used to generate electrical energy from the reaction of a number of chemicals, without the need for combustion and without producing noise or pollution Can use natural gas as a feed-stock

An electrochemical device that converts chemical energy directly into electricity through the chemical reaction of a fuel (for example, hydrogen) with oxygen

Electrochemical energy conversion device that converts hydrogen and oxygen into electricity and heat

cell that produces electricity by oxidation of fuel (hydrogen and oxygen or zinc and air); for use in electric cars

An electrochemical cell in which the energy of a reaction between a fuel, such as liquid hydrogen, and an oxidant, such as liquid oxygen, is converted directly and continuously into electrical energy. a piece of equipment that combines two different elements, such as oxygen and hydrogen, to produce electricity in order to supply power to a vehicle or machine. Device that converts chemical energy of a fuel directly into electricity (see electrochemistry). Fuel cells are intrinsically more efficient than most other energy-conversion devices. Electrolytic chemical reactions cause electrons to be released on one electrode and flow through an external circuit to a second electrode. Whereas in batteries the electrodes are the source of the active ingredients, which are altered and depleted during the reaction, in fuel cells the gas or liquid fuel (often hydrogen, methyl alcohol, hydrazine, or a simple hydrocarbon) is supplied continuously to one electrode and oxygen or air to the other from an external source. So, as long as fuel and oxidant are supplied, the fuel cell will not run down or require recharging. Fuel cells can be used in place of virtually any other source of electricity. They are especially being developed for use in electric automobiles, in the hope of achieving enormous reductions in pollution

A device which produces electricity with high efficiency (little heat) by using a fuel and a chemical which reacts with it (an oxidizer) at two seperate electrical terminals An electric current is thereby produced

A piece of equipment that converts chemical energy into electricity and hot water through an electrochemical process rather than through combusting the fuel source

An electrochemical device that continuously changes the chemical energy of a fuel (hydrogen) and OXIDANT (oxygen) directly to electrical energy and heat, without combustion The electrical process causes hydrogen atoms to give up their electrons It is similar to a battery in that it has ELECTRODEs, an ELECTROLYTE, and positive and negative terminals It does not, however, store energy as a battery does Because there is no combustion, fuel cells give off few emissions; because there are no moving parts, fuel cells are quiet Fuel cells can be used in stationary applications like generating electricity or heating buildings, and for powering vehicles, buses and trains Fuel cells are at least twice as efficient as gasoline engines

A device that produces electricity as a result of the burning of fuel gases, such as hydrogen

A battery where reactants are supplied to the cell from an external source The most commonly cited example is the hydrogen fuel cell, in which hydrogen and oxygen are combined, producing electric current and water

A device that converts chemical energy directly into electrical energy by reacting chemicals supplied continuously

An electrochemical device which, without combustion, converts the chemical energy of a fuel, usually hydrogen or a hydrogen-containing mixture, and oxygen, usually from the air, directly into electricity

Any of several galvanic energy conversion devices that convert the chemical energy of a fuel directly into electrical energy in the presence of an oxidant Examples of fuel cells include solid oxide (SOFC), solid polymer (SPFC) and molten carbonate (MCFC) technologies

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