Metadata-Version: 2.1
Name: HOPP
Version: 2.0.0
Summary: Hybrid Systems Optimization and Performance Platform
Home-page: https://github.com/NREL/HOPP
Author: NREL
Author-email: dguittet@nrel.gov
License: BSD 3-Clause
Description: # Release Notes
        
        ## Version 1.0.0, Upcoming
        * Add Wind + PV + Battery + PEM Electrolyzer analysis to examples in `H2_Analysis`
        * Add default scenario inputs for hydrogen as end product with result files
        * Add files for simulating, optimizing and plotting Wind + PV + Battery + PEM Electrolyzer hybrids
        * Add a PEM electrolyzer model to hybrid (not integrated into HybridSimulation)
        * Separate power and financial simulations for PowerSoures and HybridSimulation
        * Fix multiprocessing issues
        * Updates to integrate FLORIS v3
        
        ## Version 0.1.0.dev3, Mar. 11, 2022
        * Include CBC package data for Windows
        
        ## Version 0.1.0.dev2, Mar. 11, 2022
        * Add CBC open-source dispatch solver as default (faster than GLPK)
        * Add Xpress and Gurobi AMPL commercial dispatch solvers
        * Add clustering of simulation days with some tuning (use with caution)
        * Remove taxes from grid dispatch model
        * Add weighting of hybrid financials by production or cost ratio
        * Update to csp dispatch cost parameters for absolute grid prices
        * Add csv file output option to driver
        * Add PV charging only and grid charging options for dispatch
        * Add key parameter scaling when scaling CSP tower capacities
        * Add capacity credit payment calculations based on dispatch
        * Reformulate grid dispatch model
        * Add desired schedule option to dispatch model to follow schedule at least cost
        * Improve class documentation
        * Fix general bugs and clean-up code
        
        ## Version 0.1.0.dev1, Oct. 11, 2021
        * Updated requirements
        * Added presolve to GLPK LP solver
        
        ## Version 0.1.0.dev, Oct. 10, 2021
        * Battery dispatch and simulation with example in examples/simulate_hybrid_wbattery_dispatch.py 
        * Separate layout-related functions from optimization code into Layout classes
        * Refactor Optimizer classes to use HybridSimulation with examples in examples/optimization/hybrid_npv.py and examples/optimization/hybrid_sizing_problem.py
        * Add Floris as custom module for Wind simulations with examples in examples/add_custom_module
        * Move plotting functions into dedicated files
        * Rename "Solar" classes to "PV"
        * Add ElectricityPrices class with some example input files in resource_files/grid
        * Add storage costs to CostCalculator
        * Add concentrating solar power (CSP) tower and trough configurations through pySSC wrapper
        * Add dispatch optimization model for CSP models
        * Add design evaluation methods to iterate on design variables through space sampling, single objective derivative-free optimization, and multi-objective optimization
        
        ## Version 0.0.5, Apr 30, 2021
        * Update PySAM requirements
        * Fix flicker check for weight_option
        
        ## Version 0.0.3, Jan 21, 2021
        * Allow flicker heatmap grid cell width and height to be changed
        * Normalize time-weighted heatmaps by area as well
        
        ## Version 0.0.2, Dec 28, 2020
        * Allow using swept area of blades inplace of individual blades for flicker model
        * Allow wind direction and solar data inputs to flicker model
        * Add flicker heatmap weighted by hours shaded as loss option
        * Minor bug fixes and restructuring of flicker functions
        
        ## Version 0.0.1, Dec 14, 2020
        * Fixed and updated data in Balance-of-station cost model
        
        ## Version 0.0.0, Dec 2, 2020
        * Official beta release
        * Wind & PV simulations
        * Hybrid simulation combining mixes of wind & pv
        * Flicker modeling
        * Derivative-free optimization framework
        * Balance-of-station cost model 
Platform: UNKNOWN
Requires-Python: >=3.8
Description-Content-Type: text/markdown
