PSS/E 35.5 - High Performance Transmission Planning & Analysis and Tutorial

MarcelMan

PSS/E 35.5 - High Performance Transmission Planning & Analysis and Tutorial

Power System Simulator for Engineering (PSS®E - often written as PSS/E) is a software tool used by power system engineers to simulate electrical power transmission networks in steady-state conditions as well as over timescales of a few seconds to tens of seconds .Psse transmission planning and analysis – Siemens Improve efficiency and ensure reliability. PSS/E is used by planning and operations engineers, consultants, universities, and research labs around the world. It allows you to perform a wide variety of analysis functions, including power flow, dynamics, short circuit, contingency analysis, optimal power flow, voltage stability, transient stability simulation, harmonics, time series power flow and much more.

Benefits of using PSS®E

• Comprehensive modeling capabilities that enable sophisticated analyzes and accuracy, while also saving time
• Improved system reliability while saving and reducing infrastructure costs
• Improved work processes and efficiency
• Integration into a client's workflow via built-in Python APIs
• Rapid assessments provide fast responses to constantly changing network conditions and the resulting effects
• Fast and easy anticipation of network problems and analyzes of alternatives
• Calculation of the area exchanges in the planning network model
  

Unique advantages of PSS®E

• Trusted results that are used as benchmarks in the industry and academic literature
• Data and models that are easily exchangeable with other entities across the industry
• Access to resources: rich ecosystem of documentation, online forums, script libraries, model libraries, and other fellow PSS ® E users around the world
• Interoperability with an enormous landscape of other industry tools
• Vast automation and customization potential via APIs, which are among the most flexible in the industry and are based on open Python™ technology
  

Powerful, customizable, and fully-featured software

• PSS®E slider diagrams with geographic map backgrounds
• Traditional bus-branch single-line diagram with no breaker outages
• Node-breaker ring-bus substation diagram with a breaker outage
• PSS®E slider diagrams with geographic map backgrounds
• Example of diagrams in PSS®E
• Node-breaker ring-bus substation diagram with a breaker outage
• PSS®E slider diagrams with geographic map backgrounds
• Example of diagrams in PSS®E
  

PSS®E standard features

• Fast and robust power flow solution for network models of up to 200,000 buses
• Lightning-fast steady-state contingency analysis, including automatic corrective actions and remedial action system modeling
• Full node-breaker support for detailed modeling of substation topology
• Automated PV/QV analysis with plot generation
• Powerful program automation and customization with fully-featured Python ®  API
• Balanced and unbalanced fault analysis and contingency analysis (deterministic and probabilistic)
• Comprehensive power flow and dynamics model library, including emerging technologies such as advanced FACTS devices and wind turbines
• Code-based, user-written model building
• Powerful, easy-to-use integrated plot facility
• Graphical construction of user-defined controller models
• Local Model Management functionalities to enable a user to seamlessly manage the various files (base case, network models, project changes, etc.) required to build new cases.
  

For more information about PSS/E 35.5 software and tutorial, please contact  fast.forever24@gmail.com

bake_ql

赞，thanks for sharing