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─ ─ This field is currently used on the cover page of the Calculation Engine to help differentiate the various runs. The user can select one of three values in the field. They are NA, CapFac for a change in the Expected Capacity Factor, and ProgRatio for a change in the Progress Ratio. SGIPce User Guide Sector: An identifier indicating if the line is for the commercial, government/nonprofit, or residential sector. Fuel Type: Identifies the type of fuel to be used to run the technology for the current line. The field may take the following values: natural gas, directed bio-gas, on-site bio- gas, or none. Utility: An identifier indicating the utility for the current line. This field may have the following values: PG&E, SCE/SCG, SDG&E. Climate Region: An identifier indicating the Climate Region being used by the line. The field may have the following values: Coast, Inland. Utility Rate: The user must choose a utility rate from the drop-down menu. ─ The user is only provided with rates defined in the system that are appropriate for the chosen utility and sector. Financing Option: The user can choose from the two financing options in the drop- down menu: Debt/Equity and power purchase agreement (PPA). Rebate Type: The user has three rebate options to choose from: ─ If the user chooses None, no rebate is provided during the forecasting period ─ EPBB is an expected performance based buy down or a first-year rebate. The rebate values are based upon current rebates or plans for future rebates. ─ PBI is a performance based incentive or a five-year rebate. The rebate is based upon current rebates or plans for future rebates. Progress Ratio: The user has the ability to modify the progress ratio currently stored in the technology workbooks. The base value of the progress ratio listed in the technology definitions is NA. ─ Leaving the progress ratio at NA causes the system to use the current observed progress ratio to determine the future path of technology costs. ─ Changing the progress ratio from NA will lead the path of technology costs to differ from those observed in currently learning curve research. The Progress Ratio must be between zero and one. An example of the List of Technologies being used to set the Progress Ratio can be seen in Figure 2-5. Technology Scenario Description: May be used to differentiate each technology in a run. Again, this field is informational only and is not used to identify the runs in any way. Itron, Inc. 2-7 Quick Start GuidePDF Image | Cost-Effectiveness of Distributed Generation Technologies
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