Accelerating Sustainability

Tarucca is on a mission to accelerate a sustainable energy transition through economical solutions based on domain understanding, data science, AI, and optical-sensor-based-IoT systems.

Tarucca works towards a target of providing condition and structural health monitoring services for thousands of wind turbines, power transformers and hydrogen installations.

Tarucca is helping asset owners and managers who have an active role in the energy transition to increase electricity generating productivity, lower maintenance costs and reduce the need for scarce resources.

• Tarucca provides AI and Data Science services and consultancy for the wind energy and hydrogen sectors.

• Tarucca enables predictive maintenance of high-value assets by designing data capture systems using optical sensors.

• Tarucca enables predictive maintenance by deducting condition and structural health information from data sources.

• Tarucca offers condition and structural health monitoring for wind turbine blades and hydrogen installations.

Wind Turbine Blades

The problem is that owners, operators and OEMs of wind turbines are lacking the right type of data and related data science to enable predictive maintenance of wind turbine blades, resulting in that scarcity of skilled human resources and costs limit the economic scalability of the offshore wind energy industry.

Our data capture system generates data that measures directly the vibrations and strains in the wind turbine blades very accurate and very safe (the system using optical sensors). 

Our data science and AI capabilities distil from this data the information that provides an indication for the condition and structural health of the blade. 

This information will enable the O&M organization of the wind farm to practice predictive maintenance, reducing O&M costs, increasing green electricity production and lengthening the lifespan of the blades.

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AI and Photonics Applied

Tarucca develops its own system solutions combining the latest in AI software algorithm design with photonic integrates circuit sensors based IoT data capture systems.

Applying the latest technologies allows for "seeing" the state, condition and health of composite material structures that could not be seen before.