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Cost-Effectiveness of Distributed Generation Technologies

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Cost-Effectiveness of Distributed Generation Technologies ( cost-effectiveness-distributed-generation-technologies )

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Cost-Effectiveness of Distributed Generation Technologies supporting workbooks that have been defined for use in the system. As mentioned before, each of these workbooks contains inputs for the model. The system is designed to retrieve the inputs from the appropriate workbooks and place them into the Calculation Engine represented by the gold oval in the center of the figure. Once these data are installed in the Calculation Engine, code in the engine is started that calculates the inputs to the cost-effectiveness functions and stores the resultant data in a workbook. At the bottom of Figure 4-1 are two gold rectangles representing the data stored in the Results workbook(s) generated during the batch run. The inputs to the cost-effectiveness calculations are stored as technology-level results in the Results workbook. These technology-level results are then weighted by Adoptions to calculate Program-Level Results also stored in the Results workbook. As explained in the User Guide, the Results workbook can be created as one workbook with all the results or can be generated by utility. Either way, the outcome is the same. All the inputs generated by the Calculation Engine are stored in the workbooks and the resultant cost-effectiveness calculations are generated. Input Workbooks As mentioned before, the Input workbooks are a set of workbooks that supply data to the model. Each of these workbooks contains information needed by the model. They are standalone workbooks with no links to any other workbooks. The data that are used in these workbooks are identified using range names so that the code knows where to find the data needed to populate the Calculation Engine. In general, the cells with either yellow or melon backgrounds are the cells that are used by the system as inputs to the calculations. Calculation Engine The Calculation Engine is the heart of the system. The vast majority of the code used to run the simulations resides in this workbook. The Run Processor is where the system is started but it passes control to this workbook very early on to complete the calculations. It is this workbook that is responsible for gathering the data for each item in the batch run. Once the inputs are populated this workbook runs the code that generates and stores the results. It also controls the code that creates, populates, and saves the Results workbooks upon completion of the run. As with all the workbooks there are a number of tabs in the Calculation Engine. This workbook was started using the latest E3 CSI ProForma model. Most of the user interface was replaced by the batch processor being described in this document, but the LCOE worksheet in this model is the basis for the calculations. With modifications to deal with the CHP technologies the LCOE worksheet remains intact. The worksheets and code added to this workbook were designed to replace the user interface with input worksheets and a place to store the results after each Itron, Inc. 4-4 SGIPce Approach and Methodology

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