REHO
Energy optimizer
A decision support tool for designing and operating sustainable urban energy systems
Decision Support Tool for Renewable Energy Communities
6 stars
1 watching
11 forks
Language: Python
last commit: 14 days ago Related projects:
Repository | Description | Stars |
---|---|---|
iit-energysystemmodels/opentepes | A software framework for planning and optimizing large-scale energy systems with renewable energy sources and storage | 39 |
nrel/ochre | A Python-based tool for modeling flexible loads in residential buildings | 44 |
rebase-energy/enflow | Framework for modeling sequential decision problems in energy systems | 36 |
nrel/rev | A tool for estimating renewable energy potential and techno-economic parameters | 107 |
energyinnovation/eps-us | A software tool designed to simulate and analyze energy policy scenarios in the United States | 22 |
pypsa/247-cfe | An effort to study and model the impacts of 24/7 Carbon-Free Energy procurement in Europe using Python and PyPSA | 27 |
intelligent-environments-lab/citylearn | A reinforcement learning environment for simulating energy management in buildings and neighborhoods. | 478 |
bje-/nemo | A tool for optimizing and simulating renewable energy portfolios in electricity markets | 43 |
calliope-project/calliope | A framework to develop and solve complex energy system models with high spatial and temporal resolution | 299 |
hongyuanjia/eplusr | A toolkit for integrating building energy simulation with data-driven analytics using R and EnergyPlus | 69 |
nrel/hopp | Tools for assessing optimal designs for hybrid energy plants | 24 |
nrel/reeds-2.0 | A long-term capacity planning and dispatch model for the North American electricity system | 126 |
openeemeter/eemeter | Provides tools for calculating energy savings based on standardized models of building energy usage. | 220 |
oemof/oemof-solph | Generates models for energy system analysis and optimization. | 303 |
rwth-ebc/ebcpy | A Python package for analyzing and optimizing energy systems, buildings, and indoor climate models. | 11 |