PSP
Power System Simulator
A cross-platform software platform for power system studies with advanced GUI and CAD features.
PSP-UFU (Power Systems Platform of Federal University of Uberlândia) is a cross-platform, multilingual, Free and Open-Source Software with advanced GUI features and CAD tools for electrical power system studies.
56 stars
7 watching
16 forks
Language: C++
last commit: 3 months ago
Linked from 1 awesome list
computer-aided-designeducational-softwarefree-and-open-source-softwarefree-libre-open-source-softwaregraphical-user-interfaceharmonicsinduction-motorsindustry-aplicationopen-source-projectpower-flowpower-system-simulationpsp-ufuresearchshort-circuitstabilitysynchronous-machineuser-defined-control
Related projects:
Repository | Description | Stars |
---|---|---|
| A C++ library that provides a solver for dynamic power system simulation in the electromagnetic transient and dynamic phasor domains. | 72 |
| A platform for simulating and optimizing power systems with various planning approaches | 97 |
| A framework that provides a modular, extendable, and extensible library to build complex software for power system simulations and analysis. | 127 |
| An automation platform for power system analysis and simulation | 43 |
| A toolkit for simulating and optimizing complex power systems with various energy sources and infrastructure components | 1,280 |
| A cross-platform power systems planning and simulation software written in Python with a user interface. | 426 |
| Simulates interconnected power systems to assess their adequacy and economic performance. | 59 |
| A Python toolbox for simulating power system dynamics using symbolic modeling and numerical analysis. | 242 |
| A framework for simulating power system behavior and analyzing the cost-benefit of emerging technologies in smart grids. | 114 |
| A platform to model sequential decision-making in power systems by simulating and modifying grid operations | 302 |
| Provides an extensive data model and tools for simulating energy systems with high granularity. | 20 |
| A simulation model for power market dispatch decisions in the German electricity sector | 7 |
| A Python software framework for analyzing and simulating energy systems. | 52 |
| An energy system optimization model for the United States, building on European counterpart and designed to simulate power systems performance. | 67 |
| A comprehensive framework for designing, analyzing, and optimizing complex energy systems | 223 |