ACT Efficiency: Difference between revisions
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In order to receive [[Contract for Difference]] support, the required ACT Efficiency of the conversion process must be met. The efficiency is calculated using the equation below: | In order to receive [[Contract for Difference]] support, the required ACT Efficiency of the conversion process must be met. The efficiency is calculated using the equation below: | ||
<big>ACT Efficiency = <math>{E_{products bio} \over (E_{bio}+E_{inputs bio})} </math></big> | |||
Where: | Where: | ||
Revision as of 04:06, 26 November 2019
In order to receive Contract for Difference support, the required ACT Efficiency of the conversion process must be met. The efficiency is calculated using the equation below:
ACT Efficiency = [math]\displaystyle{ {E_{products bio} \over (E_{bio}+E_{inputs bio})} }[/math]
Where:
- Eproducts bio is the energy (MJ) from Biomass in the Advanced Fuel which is produced from the material to which Ebio relates,
- Ebio is the energy (MJ) from Biomass in the material from which the Advanced Fuel to which Eproducts bio relates was produced;
- Einputs bio is any energy (MJ) used in the production of the Advanced Fuel to which Eproducts bio relates.
The ACT Efficiency must exceed the ACT Efficiency Standard of 60% over a specified amount of time known as the ACT Efficiency Period (typically weekly) in order to qualify for CfD support [1].
References
- ↑ Department for Environment, Food and Rural Affairs (Defra), 2018. Guidance Note for Advanced Conversion Technologies Compliance with the ACT Efficiency Standard criterion in the Contract for Difference scheme. London.