Combined heat and power system definition

Combined heat and power system means the coproduction of electricity and useful thermal energy from the same fuel source designed to achieve thermal-efficiency levels of at least sixty per cent, with at least twenty per cent of the system's total useful energy in the form of thermal energy.

Combined heat and power system means a system that produces, from a single source, both electric power and thermal energy used in any process that results in an aggregate reduction in electricity use;

Combined heat and power system means a steam-generating unit that simultaneously produces both electric power and useful thermal energy from the same primary energy source.

Examples of Combined heat and power system in a sentence

• Combined heat and power system is a system that generates electricity or mechanical power and useful thermal energy in a single, integrated system such that the useful power output of the facility plus one-half the useful thermal output during any twelve-month period is no less than 42.5% of the total energy input of fuel to the facility.

• A person is alleged responsible for child abuse.b. A correction of dependent adult abuse information has been requested.c. A record check evaluation restricted or denied employment in a health care facility, state institution, or other facility.

• Combined heat and power system property.— The term ‘combined heat and power system property’ means property comprising a system— ‘‘(i) which uses the same energy source for the simultaneous or sequential generation of electrical power, mechanical shaft power, or both, in combination with the generation of steam or other forms of useful thermal energy (including heating and cooling applica- tions), ‘‘(ii) which produces— Definition.

• Combined heat and power system property.— The term ‘combined heat and power system property’ means property comprising a system— ‘‘(i) which uses the same energy source for the simultaneous or sequential generation of electrical power, mechanical shaft power, or both, in combination with the generation of steam or other forms of useful thermal energy (including heating and cooling applica- tions), ‘‘(ii) which produces— H.

• Combined heat and power system emissions shall be assigned an emission rate calculated by allocating emissions on a pro-rata basis between 1) electric energy output and 2) thermal energy output multiplied by a combined heat and power factor.

More Definitions of Combined heat and power system

Combined heat and power system means a system that uses waste heat to produce electricity or useful, measurable thermal or mechanical energy at a retail electric customer's facility.

Combined heat and power system means a system that uses waste heat to

Combined heat and power system means a system that produces both electricity and thermal energy for heating or cooling from a single fuel input that meets all of the following:

Combined heat and power system or “CHP system” means a generation unit that sequentially produces both electric power and thermal energy from a single source.

Combined heat and power system means the coproduction of electricity and useful thermal energy from the same fuel source designed to achieve thermal-efficiency levels

Combined heat and power system or “CHP system” means a generation unit that simultaneously produces both electric power and thermal energy from a single source and that has a design system efficiency equal to or greater than 55%;

Combined heat and power system means a “combined heat and power system” as defined in RSA 362-A:1-a, I-d, namely “a new system installed after July 1, 2011, that produces heat and electricity from one fuel input using an eligible fuel, without restriction to generating technology, has an electric generating capacity rating of at least one kilowatt and not more than 30 kilowatts and a fuel system efficiency of not less than 80 percent in the production of heat and electricity, or has an electric generating capacity greater than 30 kilowatts and not more than one megawatt and a fuel system efficiency of not less than 65 percent in the production of heat and electricity. Fuel system efficiency shall be measured as usable thermal and electrical output in BTUs divided by fuel input in BTUs.”