P-2NSPI (UARB) IR-1 to IR-33; NSPI (Irving Oil) IR-1 to IR-7; NSPI (CBRM) IR-1 to IR-17 - Responses
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PROSCREEN II's financial modules for an examination of the financial implications of PROMOD ill study results. PROSCREEN !I's demand-side modules serve as the source load data for PROMOD III. With PROSCREEN Il, utility management can exami...
AI summary PROSCREEN II is a comprehensive utility planning tool that streamlines integrated planning processes, reduces human error, and provides detailed financial and demand-side modules. It supports scenario analysis and produces standard reports, enabling efficient evaluation of multiple planning cases.
Reporting The PROSCREEN II report writer provides numerous standard output user-defined scenario reports, and diagnostic
AI summary The PROSCREEN II report writer offers various standard output user-defined scenario reports and diagnostic tools for analysis and reporting purposes.
Introduction The Load Forecast Adjustment (LFA) Module. is a multi-pmpose tool for creating and modifying load forecasts and evaluating demand-side management programs. Using the LFA, a strategic planner may address key issues related to f...
AI summary The Load Forecast Adjustment (LFA) Module is a tool for creating and modifying load forecasts and evaluating demand-side management programs. It processes load data at varying levels of detail and accommodates different levels of detail for different categories of load.
Any discrepancy is · eliminated by modifying the load profile. Finally, the module develops the group requirements shape by scaling the sales shape by the user input group loss factor for the season. Once each group has been processed, the...
AI summary The module processes load profiles by scaling sales shapes with user input group loss factors, creating class and total company load profiles. When data is incomplete, it uses combinations of load shape and sales forecast or noncoincident peak to calculate missing values. If hourly profiles are unavailable, users can input peak, sales, and a coincidence factor, with the module calculating residual shapes for missing data.
Module Inputs _ r r { I I PROVIEW requires the data supplied by the user to be separated into two sections: the first section characterizes the existing utility system and the other section characterizes the potential expansion or DSM opti...
AI summary PROVIEW requires input data to be divided into two sections: one for existing utility system data, including load, hydro units, and fuel type, and another for potential expansion or DSM options, including alternative resources and construction costs. This structure allows for the evaluation of different planning alternatives.