Automatic runs
Models and built-in examples run automatically when opened, with results shown in their plots.
Simulation and code generation for power systems
Create, test, and ship models
Design electrical power systems, including IEC 61850 and protection functions. Intuitive interface, designed for convenience and efficiency. Generate C, C++, or Go code to deploy your model.
Sampled value streams and GOOSE trip messages over a switched network with VLANs.Open this model
FEATURES
A tool for modern power systems
Control and power system modelling with electrical components, communication blocks, and protection functions.
Plots on the canvas
View signals alongside the blocks that produce them. Double-click a scope to expand its plot or collapse it back to a compact view.
C, C++ and Go generation
Choose a language in the Generate code dialog, then download the generated source files for your model. Optimised for real-time applications.
AC and DC power systems
Model three-phase networks, cables, DC systems, and inverter switching. Simulate electrical behaviour in the time domain or use phasor analysis for AC networks.
IEC 61850
Execute sampled-value (SV) streams and GOOSE process bus messages through virtual Ethernet networks, including switches and VLANs. Authentically model modern substation systems.
Protection functions
Model overcurrent, distance, and differential protection. Apply faults to inspect relay operation and breaker trips.
Virtual signals
Intelligently collect all output values as named signals, to simplify connectivity without needing excessive explicit connections between blocks.
Integrated Environment
Automatic initialisation of parameters. Easy to control and filter.
Compare previous run
Available on all plots to visualise the impact of parameter changes.
Automatic native compilation
Seamless background compilation of the model into a native binary which greatly improves execution efficiency.
What-if analysis
Automate tedious processes for understanding parameter sensitivity or optimal values.
GPU acceleration
Greatly speed up large-scale simulations, when exploring or optimising your model design.
LLM-ready
Supports WebMCP so that model creation and testing can be efficiently optimised using text prompts e.g. from Claude Code or Codex.
WAN simulation
Include wide-area networks, such as MPLS and SDH, to validate full protection and control schemes.
Desktop downloads
Run offline in native applications for Windows, macOS, and Linux. Offers fastest simulation performance and unlocks additional features.
PRICING
Choose how you use Bloctric
Free
£0Free
Start in your browser
- Create and simulate models
- Built-in examples and component library
- C, C++, and Go source export
- Save in your browser or as a file
- Run models with up to 160 functional blocks
Open browser app
No account required
Pro
£4.99/ month
Everything in Free, plus:
- Native apps for Windows, macOS, and Linux
- Fastest model execution
- Offline modelling and simulation
- Code generation optimisation for real-time deployments
- Unlimited model size in browser and desktop apps
- One licensed desktop device, plus paid features in every browser where you sign in.
- Access to the latest binary versions
Cloud
Coming soon£9.99/ month
Everything in Pro, plus:
- Cloud model storage
- Access saved models across devices
- Fully unlocked features on up to three registered devices
Enterprise
Coming soon- Seamless educational and R&D tools for modern power systems
- Unlimited user licenses per organisation
- Premium support
Prices shown in GBP. Checkout confirms the currency, applicable taxes, and total before you pay. Cloud pricing is provisional. Larger models can still be opened, edited, and saved on Free.
Is the browser app free?
Yes. Without an account, you can open, edit, and save models, and simulate or export source code for models with up to 160 functional blocks.
Where do my models and simulations run?
Browser simulations run on your device. Online code generation sends the relevant model and dependencies to our service. The service does not save them as hosted projects. Technical and security records are described in our Privacy notice.
Can I use existing Simulink models?
You can import .slx models with supported features and save them as Bloctric projects. Check the import report and validate the results for your model.
See Simulink compatibilityWhat is different in the desktop app?
Both editions include simulation and C/C++/Go source export. Desktop builds also support faster native execution, IEC 61850 access to physical network interfaces, and additional optimisations for C/C++/Go source code export.
Can I work offline?
The native app supports offline modelling, simulation, and code generation. Paid features require online activation and remain available until the saved licence expires. The browser app can run interpreted simulations offline once loaded. Keep exported copies of your models.
MODEL IMPORT
Simulink compatibility
Bring supported .slx models into Bloctric. Selected models are tested against Simulink results.
Well supported
Core control blocks, nested subsystems, linked libraries, and numeric parameters.
Experimental
Broader vector and matrix support, multi-rate models, and conditional execution.
Not yet supported
General MATLAB code, S-functions, Stateflow, and Simscape models.
Import process will flag known limitations. Check the report and validate results for your model.