Equation 4—project energy consumption for a liquid-chilling package (EP,i) For section 18, for the ith liquid-chilling package, is worked out using the formula EP,i, (equation 4): where: is the cooling capacity power, in kW, that is on the GEMS Register for the model PCC,i of the ith installed liquid-chilling package. is the integrated part load value that is on the GEMS Register for the model of IPLVP,i the ith liquid-chilling package. is the number of full days in the reporting period that the ith liquid-chilling package ti was in commission. is, for the model of the ith liquid-chilling package, the capacity factor specified for CFi such a model in column 6 of Schedule 1. Equation 5—baseline energy consumption for a close control air conditioner (EB,i) For section 18, in relation to the ith close control air conditioner, is worked out EB,i, using the formula (equation 5): where: is the net sensible cooling capacity in kW, that is on the GEMS Register for PCC,i the model of the ith close control air conditioner. is, for the model of the ith close control air conditioner, the baseline sensible EERSB,i energy efficiency ratio specified for such a model in column 3 of Schedule 2. is the number of full days in the reporting period that the ith close control air ti conditioner was in commission. is, for the model of the ith close control air conditioner, the capacity factor specified CFi for such a model in column 5 of Schedule 2. Equation 6—project energy consumption for a close control air conditioner (EP,i) For section 18, for the ith close control air conditioner, is worked out using the EP,i, formula (equation 6): where: is the net sensible cooling capacity power, in kW, that is on the GEMS Register PCC,i for the model of the ith close control air conditioner.
Equation 4—project energy consumption for a liquid-chilling package (EP,i) For section 18, EP,i, for the ith liquid-chilling package, is worked out using the formula (equation 4): where: PCC,i is the cooling capacity power, in kW, that is on the GEMS Register for the model of the ith installed liquid-chilling package. IPLVP,i is the integrated part load value that is on the GEMS Register for the model of the ith liquid-chilling package. ti is the number of full days in the reporting period that the ith liquid-chilling package was in commission. CFi is, for the model of the ith liquid-chilling package, the capacity factor specified for such a model in column 6 of Schedule 1. Equation 5—baseline energy consumption for a close control air conditioner (EB,i) For section 18, EB,i, in relation to the ith close control air conditioner, is worked out using the formula (equation 5): where: PCC,i is the net sensible cooling capacity in kW, that is on the GEMS Register for the model of the ith close control air conditioner. EERSB,i is, for the model of the ith close control air conditioner, the baseline sensible energy efficiency ratio specified for such a model in column 3 of Schedule 2. ti is the number of full days in the reporting period that the ith close control air conditioner was in commission. CFi is, for the model of the ith close control air conditioner, the capacity factor specified for such a model in column 5 of Schedule 2. Equation 6—project energy consumption for a close control air conditioner (EP,i) For section 18, EP,i, for the ith close control air conditioner, is worked out using the formula (equation 6): where: PCC,i is the net sensible cooling capacity power, in kW, that is on the GEMS Register for the model of the ith close control air conditioner.
commercial-appliances-determination.docx