PSCAD · EMT · DIGITAL TWIN
From RMS Studies to Detailed EMT Simulation,
Toward Digital Twins for Power Equipment
Power systems increasingly depend on power electronics and complex controls.
We complement RMS studies with EMT simulation to investigate fast transients and control interactions,
developing power equipment digital twins validated against field data.
01 · RMS
System-Level Dynamics
Study fundamental-frequency voltage, frequency, and system dynamics
02 · EMT
Fast Equipment Responses
Examine instantaneous waveforms, electromagnetic transients, and control responses
03 · DIGITAL TWIN
Connecting Physical Systems and Models
Compare data, calibrate models, and validate operating scenarios
WHY EMT ANALYSIS
More Equipment Requires Analysis of Fast Phenomena
RMS dynamic studies efficiently assess fundamental-frequency responses in large power systems. EMT analysis complements these studies when detailed waveforms matter, including fast inverter, HVDC, and grid-forming control responses, switching transients, and harmonics.
Power Electronics and Control Interactions
Use detailed models to investigate how inverters, HVDC systems, and grid-forming controls interact with the grid.
Instantaneous Responses to Switching and Faults
Analyze short-duration voltage and current waveforms, including switching overvoltages and inrush currents.
Scenario Validation Before Field Demonstration
Compare responses under different operating conditions and control settings, and define what to verify during testing and demonstration.
RMS and EMT studies are used together according to study objectives and timescales. The reliability of EMT results depends on model detail, input data, and validation.
WHY DIGITAL TWIN R&D
Refine Design Models to Reflect Real Equipment
Equipment responses depend on operating state, control settings, and environmental conditions as well as design values. This makes comparison with field and test data, and the calibration of model parameters, essential parts of development.
Collect Field Data
Organize measurements, test data, equipment specifications, and operating conditions.
Compare and Calibrate Models
Compare measurements with simulation results and validate the model’s range of applicability.
Support Design and Operating Decisions
Use validated models to compare proposed improvements and operating scenarios.
Real-time data integration, coupled electrical and thermal models, and condition assessment functions are developed in stages to match the equipment and R&D scope.
RESEARCH FOCUS
What Engineering Challenge Are You Working On?
Our research focuses on electrical safety, equipment design, and grid integration.
We select EMT, electrical, and thermal models to suit each project and define validation methods using field data.
POWER EQUIPMENT DIGITAL TWIN
Power Equipment Digital Twin Consultation
From AI data centers and demonstration facilities to power plants and island grids.
Work with our specialists to define an R&D approach that connects equipment models with field data.
01 · High-Capacity Power Supply Facilities
AI Data Centers, Semiconductor Plants, and More
Discuss integrated modeling of large electrical loads and incoming supply and distribution systems, including load variations and operating scenarios.
02 · Cable Demonstration and EPC
400 kV Cable Demonstration and EPC Projects
Discuss electrical and thermal modeling, comparison with demonstration data, and operating condition studies for the design and validation of EPC projects, including 400 kV cables.
03 · HVDC Demonstration
DC Transmission and Grid Integration
Discuss modeling and demonstration projects covering converter equipment, controls, and interactions between AC and DC systems.
04 · Power Plant Modeling
Generation Equipment and Control Systems
Connect models of generators, transformers, auxiliary equipment, and controls, and discuss digital twins for operating condition and transient studies.
05 · Island Generation Systems
Islanded Systems and Parallel Generator Operation
Discuss integrated modeling of island generation, distribution systems, and loads, with scenario and response studies covering islanded operation and parallel generators.
06 · Solar PV and Wind Integration Demonstration
Solar PV and Wind Integration Demonstration
Develop grid integration models for solar PV and wind power, and discuss digital twin R&D through control and operating scenario studies and comparison with demonstration data.
07 · Railway Power System Modeling
Railway Power System Modeling
Discuss system modeling and custom modules for railway traction supply, substations, loads, and operating conditions. We define a digital twin R&D approach based on the railway line and available equipment data.
08 · Power Conversion and Energy Storage
Battery Energy Storage (BESS) and UPS Modeling
Discuss BESS and UPS models covering battery charging and discharging, power converters, and controls. We analyze responses across operating modes and supply transfer scenarios and agree the validation scope.
09 · Electrical Incident and Fire Investigation
Equipment Failure, Fire, Electric Shock, and Arc Hazard Analysis
We review field evidence and operating conditions from equipment failures, fires, and electric shock incidents, and analyze electrical fault scenarios and arc hazards. PSCAD modeling and comparison with measurement and test data help assess possible causes and inform measures to prevent recurrence and reduce risk.
YOUR PROJECT
Need a Digital Twin
Tailored to Your Equipment?
Tell us about your equipment, available data, and study objectives. We will work with you to define the modeling scope and demonstration and validation methods.
Share your area of interest and equipment details on KakaoTalk to begin a consultation. Data integration and validation scope are agreed according to site conditions and the information available.
HOW WE COLLABORATE
From Consultation to Practical Deliverables
01
Specialist Consultation
Define the problem and key engineering questions together.
02
R&D Planning
Agree the required data, development scope, validation criteria, and schedule.
03
Model and Module Development
Build PSCAD models and custom modules reflecting equipment characteristics.
04
Validation and Implementation Support
Review results against reference data and scenarios, and provide guidance and training.
DELIVERABLES
Turn Research Results into
a Foundation for Future Design and Operation
We agree deliverables and handover methods so users can understand and reuse the models. We can also discuss extending them into power equipment digital twins connected to field data.
PSCAD models, input parameters, and scenario configurations
Comparison results, applicable conditions, and model usage scope
Support for running models, interpreting results, and subsequent use
Detailed deliverables and scope are agreed for each project.
Explore R&D-Based Module Examples
Examples of equipment modules and supporting physical, time, and pressure models. Applicable standards, editions, and validation scope are confirmed for each project.
TALK TO AN EXPERT
Start with the Challenge You Want to Solve.
You do not need a finalized development specification to begin.
Tell us about the equipment and your objectives, and our specialists will help define an R&D approach.