Solar-powered parking canopy and battery energy storage at a modern campus

Power Electronics and Software for Modern Power Grids

We combine power electronics and software analytics to improve the reliability, resilience and operation of energy networks.

Discover Our Technology

What we do

Core Competencies

Engineering capabilities spanning power electronics prototyping and grid simulation.

Hardware & PCB Design

Hardware-level power electronics engineering and specialized printed circuit board designs tailored for high efficiency and reliability.

Custom PCB layouts
High-power circuit design
Thermal management
EMC/EMI compliance

Embedded Systems & Prototyping

End-to-end embedded software and hardware integration, turning concepts into functional, industrial-grade prototypes.

Firmware & microcontrollers
Rapid hardware prototyping
Hardware-in-the-loop testing
Sensor & communication interfaces

Load Forecasting & Big Data Analytics

Data-driven insights and predictive modelling to analyse energy consumption trends and optimise power grid utilisation.

AI-based load forecasting
Meter data analytics
Anomaly & fault detection
Historical trend analysis

Optimisation & Control Algorithms

Smart decision-making algorithms tailored for active distribution networks, smart grids and energy management systems.

Smart grid optimisation
Optimal power flow (OPF)
Demand response algorithms
Voltage & frequency regulation

Digital Twin & Grid Simulations

High-fidelity digital twin models for simulating grid behaviour, evaluating operational scenarios and conducting load flow studies.

Grid digital twins
Power flow simulations
Asset health monitoring
Scenario & impact analysis

Power Electronics & Converters

Advanced power conversion technologies designed for modern grid applications and renewable energy integration.

Power converter architectures
Inverter & rectifier systems
Wide bandgap (SiC/GaN) solutions
Dynamic control strategies

Engineer working on power electronics hardware

Hardware & Power Electronics

PCB design, embedded systems, power converter technologies, and prototyping capabilities.

Energy analytics software displayed on monitors

Power Systems & Energy Informatics

Load forecasting, optimisation algorithms, digital twin simulations, and big data analytics.

Who we are

About Novator EVG

Originating from Middle East Technical University (METU), Novator EVG was founded by an expert team of academics and research engineers. We bridge the gap between advanced R&D and real-world grid operations by integrating power electronics, energy informatics and artificial intelligence.

Through custom hardware prototypes, AI-driven fault detection systems and high-performance grid analytics platforms, we help distribution system operators improve the safety and resilience of energy infrastructure.