Live tools

Real planning tools, not just theory.

Planning calculators, equipment design and explorable 3D models for real power-systems work — each with its method, assumptions and sources on the page.

Planning & sizing

Fast, defensible answers for a real site: will the connection cope, how much margin is left, and what does the measured demand actually look like?

CalculatorEN

EV Charging Capacity Planner

Check whether a building's grid connection can support a planned EV charging installation — with and without dynamic load management.

Method: Published coincidence-factor curve (DTU, 2022)

Monte Carlo simulationEN

Monte Carlo simulation of an EV fleet, with arrival, dwell and state of charge drawn from adjustable distributions, combined with your site's load — P50/P90/P95/P99 peak demand, overload probability, and a safe fleet size.

Method: Stochastic arrival, dwell and SOC model with P95 sizing

Data analysisEN

Load Profile Analyzer

Upload a load profile CSV and get peak demand, load duration curve, daily/weekly shape and a data quality check — automatically.

Method: Descriptive statistics and load duration curve

Equipment design

First-pass sizing of magnetic components from first principles, before a field solver takes over.

Design toolEN

Transformer Core & Magnetic Circuit Designer

First-pass magnetic design from Faraday's law and reluctance networks — set the voltage, frequency and core for a sinusoidally-excited transformer, add an air gap or a flux concentrator, and see the required turns, saturation utilization and flux split.

Method: Faraday's law and reluctance network

Interactive models

Explorable 3D anatomies and a neighbourhood digital twin — the parts of the energy system you rarely get to see from the inside. Available in English, German and Turkish.

Interactive 3D modelEN · DE · TR

Turbogenerator Atlas

An interactive 3D anatomy of a 600 MVA hydrogen/water-cooled turbogenerator — quarter-cut, explode and cross-section views, animated H₂ cooling flow, and a plain-language explainer for all 19 major components.

Method: Explorable 600 MVA machine, 19 components

Digital twinEN · DE · TR

Smart District

A 24-home neighbourhood microgrid over 24 hours — prosumer homes, a community grid-forming battery, sector coupling and a cyber-attack scenario, comparing passive and smart control on the same distribution transformer.

Method: 24-hour neighbourhood microgrid simulation

Interactive 3D modelEN · DE · TR

ARC·1 Atlas

An interactive 3D anatomy of the GRIDRA ARC·1, an 800 V electric hypercar concept — X-ray, explode and turntable views, animated drive/regen/charge/V2G energy flow with live telemetry, and a plain-language explainer for all 21 major components.

Method: 800 V vehicle architecture, 21 components

Looking for something more open-ended to explore instead? Labs