The tool is available free-of-charge for use in command line mode, and licensed LEAP users can use it with LEAP at no extra charge. NEMO's source code and documentation are available on the NEMO website, including a list of the most recent changes. ĭata stored in an open-source relational database, allowing easy access to inputs and results.Support for multiple solvers, both open-source ( CBC and GLPK), andĬommercial ( CPLEX, MOSEK, GUROBI and XPRESS). Modeling of emissions and emission constraints. Nodal network simulations and modeling of power and pipeline flow. Tight Intregration with LEAP, which serves as a powerful user interface for managing the data and visualizing the results calculated in NEMO. Support for multiple regions and regional trade. Least-cost optimization of energy supply and demand. NEMO is used for capacity expansion and power development planning, energy strategies, energy-water-food nexus analyses, and deep decarbonization studies. The combination of LEAP and NEMO puts powerful optimization features within reach of planners, energy analysts, and others who are not full-time modelers. It is a full energy system optimization tool that can be run from a command line or with LEAP as a user interface. NEMO is designed to analyze critical questions in contemporary energy policy from the grid integration of variable renewable energy to the role of energy storage, robust planning responses to climate change,Īnd more. It is intended for modelers and planners who seek substantial optimization capabilities without the financial burden of proprietary software or the performance bottlenecks of common open-source alternatives. NEMO, the Next Energy Modeling system for Optimization, is a high-performance, open-source energy system optimization tool developed by the Stockholm Environment Institute.
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