Virtual PowerSystem Labs
Learn. Simulate. Analyze. Innovate.
SHAPESTONE Virtual Power System Labs provide simulation-based environments for **teaching, laboratory training, engineering analysis, academic projects, and research** without requiring a physical high-voltage laboratory.
Simulation
Analysis
Visualization
Research
Simulation
Analysis
Visualization
Learning
Research
Our Virtual Labs
Power System Analysis Lab
- Load-flow analysis
- Bus voltage and power-flow studies
- Short-circuit analysis
- Contingency analysis
- Network modelling
Power System Protection Lab
- Transmission-line protection
- Fault detection and classification
- Fault-location studies
- Relay characteristics
- Protection-system simulation
Renewable Energy Lab
- Solar PV systems
- Wind-energy systems
- Renewable integration
- Grid-connected renewable systems
- Energy-management studies
Smart Grid & Microgrid Lab
- Smart-grid modelling
- Microgrid operation
- Distributed energy resources
- Battery energy storage
- Demand response
- EV charging and V2G studies
AI & Intelligent Power Systems Lab
- AI/ML applications in power systems
- Load and renewable forecasting
- Fault classification
- Optimization
- Data analytics
- Intelligent decision-support systems
Power Electronics & Electrical Machines Lab
- Power-electronic converters
- Motor and generator studies
- Transformer studies
- Control-system simulation
- Electrical-machine characteristics
Core Software Modules
Network Modeling
Create and configure comprehensive power system network models with interactive single-line diagrams.
- Bus creation and editing
- Generator modelling
- Load modelling
- Transmission-line modelling
- Transformer modelling
- Network topology
- Interactive single-line diagrams
Power Flow Analysis
Calculate bus voltages, power flows, and system performance under various operating conditions.
- Bus voltage calculation
- Active and reactive power flow
- Generator output
- Line loading
- System losses
- Convergence analysis
Fault Analysis
Simulate and analyze various fault conditions to ensure system protection and reliability.
- Three-phase faults
- Line-to-ground faults
- Line-to-line faults
- Double-line-to-ground faults
- Fault-current calculation
- Fault-location analysis
Power System Protection
Study protection zones, relay characteristics, and transmission-line protection strategies.
- Fault detection
- Fault classification
- Protection-zone analysis
- Relay-oriented studies
- Transmission-line protection
Renewable Energy Systems
Analyze integration of solar PV, wind generation, and other renewable sources into power systems.
- Solar PV integration
- Wind generation
- Renewable penetration studies
- Grid-connected renewable systems
- Renewable power-flow analysis
Smart Grid & Microgrid
Model and simulate smart grid architectures, microgrid operations, and distributed energy resources.
- Distributed energy resources
- Battery energy storage
- EV charging
- Demand response
- Microgrid operation
- Energy management
AI & Intelligent Power-System Analysis
Apply artificial intelligence and machine learning for advanced power system analysis and decision-making.
- Fault classification
- Load forecasting
- Renewable forecasting
- Anomaly detection
- Optimization
- Intelligent decision support
Visualization & Reporting
Generate interactive visualizations, graphs, plots, and comprehensive simulation reports.
- Interactive single-line diagrams
- Network results displayed directly on the diagram
- Graphs and plots
- Bus and line result tables
- Simulation reports
- Exportable results
How It Works
Create Network
Build power system network models
Run Simulation
Execute simulation studies
Analyze Results
Interpret simulation outcomes
Visualize Network
Display results on network diagrams
Generate Report
Export comprehensive reports
Who Can Use the Virtual Labs?
Diploma Students
B.E./B.Tech Students
M.E./M.Tech Students
Faculty Members
Research Scholars
Engineering Professionals
Academic Institutions
Industry Training Programs
Ready to Experience Power Systems Through Simulation?
SHAPESTONE is developing an integrated Virtual Power System Laboratory and Power System Analysis Software platform.