High Speed Converter Solver

Validate the most advanced GaN and SiC power converter designs in real time, without being constrained by fixed topologies. Available on all OPAL-RT core platforms, the High Speed Converter Solver block delivers power electronics validation at timesteps down to 32 ns, so you can close the loop within hours, not weeks.

They trust us

GaN and SiC are enabling faster, more sophisticated power converter designs.

Many real-time simulation solutions struggle to keep pace with advanced wide bandgap switching topologies, forcing engineers to compromise during power electronics testing:

Simplify converter architectures: Fixed-topology solvers force you to reduce design complexity, limiting validation fidelity for GaN and SiC power electronics.
Adapt designs to solver constraints: Engineers must reshape innovative topologies to fit rigid simulation frameworks, rather than the other way around.
Compromise during validation: Slower timesteps and reduced model accuracy mean critical switching behaviors go untested until hardware prototyping.

Purpose-built for advanced power converters

The most sophisticated and intuitive power electronics solver for real-time validation, available on all OPAL-RT core platforms.

No topology constraints

Model the converter you want to build. Validate any switching network architecture in real time with no simplifications or fixed-topology workarounds required.

Close the loop faster

From concept to validated converter control testing in hours, not weeks. Reduced model tuning effort means you spend less time configuring and more time testing.

Scale with complexity

Built for advanced switching networks. Support multi-cell converter architectures, bidirectional switching devices, and complex commutation modes without compromising simulation fidelity.

Explore new designs

Validate innovative architectures. Push beyond conventional converter topologies and test next-generation designs with confidence in real-time simulation fidelity.

HSCS At A Glance

Real-time performance, validated on real-world converters.

The High Speed Converter Solver delivers the speed and flexibility to validate the most demanding power converter designs, from data center power systems to solid-state transformers.

Min. timestep: 32 ns | Internal oversampling resolution: 4 ns
Hardware: OP4810-IO, OP4815-IO (AMD Versal™)
Scalable to multi-cell converter architectures
Supports bidirectional switching devices
Reduced model tuning effort

Target Applications:

Data Centers
Onboard Chargers (OBCs)
Solid-State Transformers (SSTs)
Energy Storage Systems

Simplify your power electronics validation workflow

Request consultation

Validated Results

Validated on real-world converter systems.

The High Speed Converter Solver has been validated on complex, real-world converter architectures that challenge traditional fixed-topology simulation approaches, delivering accurate results at timesteps down to 32 ns.

3-Phase Resonant Converter

Multi-phase nonlinear resonant operation
Strong cross-phase coupling
Complex multiphase switching interactions
Difficult for fixed-topology approaches

Isolated Single-Stage AC/DC Matrix Converter

State-dependent commutation
Multiple operating modes
Bidirectional switching operation
Difficult for fixed-topology approaches

Request a Demo

Start validating your power converter designs today.

Contact us to request a demo and learn how the High Speed Converter Solver accelerates your power electronics validation workflow.

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