AI STABILITY
Create Account
Forgot Password?
AI STABILITY
Create Account
Forgot Password?
How do inverter-based resources (IBRs) impact grid stability?
The growing use of IBRs like solar and wind power introduces new stability challenges in power grids. IBRs have different dynamics compared with synchronous generators, and may interact with power grid and lead to system oscillations or even blackout.
Why are traditional tools not enough for impedance and stability analysis?
Standard grid analysis tools often fail to accurately measure impedance or assess stability in IBR-dominated power systems—especially in large or complex networks. This can lead to power system oscillations, trip of renewable energies, or even blackouts.
How our products help improve grid stability analysis!
Our tools provide high-precision impedance measurement, model validation, and stability analysis tailored for IBR-dominated power systems. This enables grid operators and OEMs to make reliable design and control decisions in modern, IBR-dominated networks.
We offer two complementary tools within the AIS platform: the Automated Impedance Measurement (AIM) tool, and the Stability Prediction (SP) tool.
Purchase and use the tools either separately or together. Both run in the same environment, requiring no additional installations.
AIM
SP
Automated Impedance Measurement
Automated Impedance Measurement
The Automated Impedance Measurement (AIM) Tool enables fast, fully automated measurement of the full impedance matrix in both dq and stationary frame, providing accurate stability insights and reducing analysis time for power converter systems.
Key features:
Direct impedance measurement: AIM enables direct measurement of all elements in the impedance matrix, even in non-linear systems – in both dq and stationary frame.
Fully automated: After specifying the impedance measurement settings, the software handles all processing, calculations, and impedance extraction in a fully automatic manner.
PSCAD Compatible: The software can measure the impedance of simulation models developed in PSCAD.
Stability Prediction
Stability Prediction
The Stability Prediction (SP) Tool uses measured impedance data for advanced stability analysis of converter-grid systems. It supports both SISO and MIMO configurations and delivers clear stability results through a streamlined, file-based workflow. Can be used seamlessly with AIM.
Key features:
Accurate Stability Evaluation: Using the Generalized Nyquist Criterion (GNC), the SP Tool delivers precise stability assessments in the inspected frequency range. For SISO systems, it also provides gain and phase margins to facilitate controller design.
Visualized Results: Nyquist plots of eigenvalue loci offer intuitive, graphical representations of system stability, simplifying user interpretation.
Versatile Compatibility: The SP Tool supports various input and output configurations, including SISO and MIMO systems, user-defined or AIM-measured impedance, dB/degree or real/imaginary formats, impedance or admittance data, and multiple file types—ensuring maximum convenience for users. With a single click, you can handle and display multiple cases for easy, intuitive comparison
"The impedance measurement toolbox contributes to the harmonic stability analysis of power electronic interfaced assets, we are satisfied with the functionality of the toolbox provided."
"The impedance measurement toolbox is adopted for the stability screening of the power electronic interfaced assets, which contributes to the development of the reliable system with high penetration of power electronic converters."
“The impedance measurement toolbox is very helpful to our daily research and educational activities related to the stability analysis of power electronic based power systems, we really appreciate it."
"Aim Toolbox offers an efficient solution for inverter impedance estimation and stability analysis, along with its user-friendly manual and intuitive interface."
€6,000 / commercial user
€1,000 / academic user
The AIM Tool enables precise, autonomous impedance analyses in power converter-based systems, systematically sweeping through variables to provide comprehensive measurement results.
€1,000 / commerical user
€200 / academic user
Use the impedance data provided by AIM Tool — or import your own data — and let SP Tool generate the plots you need while determining system stability across multiple cases.
€200 / hour
Get direct access to high-level expertise from our experienced engineers and developers. We provide hands-on assistance tailored to your project's specific needs.
Experience the power of seamless impedance measurements and data analysis with the AIM and SP tools. If the trial impressed you, the full version promises a world of automated precision in power converter analysis!
CEO
Co-Founder
M.Sc., Ph.D.
CCO
MBA
R&D Engineer
M.Sc.
Technical Specialist
M.Sc.
Use the chat function!
Call us: +45 9360 5884
E-mail: contact@aistability.dk
Juelstrupparken 10A.
First floor, right.
9530 Støvring
Denmark