In the new System Load Shape variable (accessed for each fuel under the high-level Load Shapes category branch) you can specify the load shape for each fuel using standard expressions such as the YearlyShape function that lets you reference a load shape stored in the General: Yearly Shapes library, or you can use three new preset functions: ShapeFlat, indicating that every time slice has equal loads, ShapeNone, which tells LEAP to ignore variations in loads among time slices, or ShapeFromDemand, which causes LEAP to calculate the system load shape from all of the individual loads for the demand-side devices using that fuel. The load shapes option on the Settings: Calculation tab has now been removed. You must include load shapes if you also want to include a Transformation analysis. Specify if shapes are to be included for electricity only, for electricity, heat and natural gas, or for all fuels. You can now specify whether load shapes are included in your analysis under the Settings: Scope & Scale screen. Now, load shapes are gathered together and specified for each fuel under a new top-level Load Shapes category branch that sits between the Demand and Transformation category branches in the tree. Yearly Shapes: Previously, system load-shapes were either specified on a module-by-module basis using the System Peak Load Shape variable, or they could be calculated internally based on the load shapes of each demand device. No longer attempts to restore a remembered view when an area is upgraded when it is opened, or if LEAP not closed properly. įixed unit classes available to emission factors in new "enter data in another unit" feature (now mass only).Improved Results View UI when selecting a result variable: LEAP is now smarter about automatically selecting the most appropriate branch and axes to match, and less likely to show inappropriate results (e.g., results for peak power inappropriately summed across all time slices). 2020.1.94: ĭelete Multiple Regions: New option to delete multiple regions in the General: Regions screen. įixed range error when showing Sankey diagram in data sets where some Transformation modules hidden.The two variables are now named Power Load Shape and Energy Load Shape. Īdded new result variable to show demand load shapes in energy units (as well as previous format in power units).Screen contents were not being redrawn when screen was resized. įixed error reporting, which was switched off in most recent release.Also improved the operation of this selection box to highlight the currently selected unit. įixed failure to display mass and volume units as appropriate when selecting a numerator unit for energy intensity variables.
įixed missing variable RenewableTarget at Load shape branches.Problem did not affect optimization calculations. 2020.1.96: įixed incorrect calculation of system load shapes in simulation calculations in situations where the shape was set to be calculated using the ShapeFromDemand method.
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