DRIVES THE ENERGY TRANSITION WITH VIRTUAL AND AUGMENTED REALITY

Trains technicians in risk-free wind and photovoltaic farms

Maintenance simulations in wind turbines and solar plants
Training in PRL and electrical safety protocols in VR
Immersive visualization of renewable projects for investors and customers

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RENEWABLE ENERGIES: VIRTUAL AND AUGMENTED REALITY SOLUTIONS

We develop customized immersive experiences for companies in the renewable energy sector: from 360 videos of wind farms and photovoltaic plants to interactive high-voltage maintenance simulators. Virtual and augmented reality has become an essential tool for operators, installers and developers who need to train their teams safely, reduce operating costs and present their projects in an impactful way.

For example, a technician can practice changing blades on an 80-meter-high wind turbine in a completely safe virtual environment, or a team can review the entire design of a solar plant before construction begins, detecting interferences and optimizing the layout at no additional cost.

In which areas is virtual and augmented reality implemented in renewable energies?

Onshore and offshore wind farms
Photovoltaic and solar thermal plants
Electrical substations and distribution networks
Power plant operation and control centers
Project presentations for investors and regulators

Technical training and simulation of risk operations

The energy sector combines extreme work environments – high altitude, high voltage, confined spaces – with increasingly stringent OHS regulatory requirements. Virtual reality makes it possible to train operators in all these scenarios in a safe, repeatable and measurable way, without having to travel to the plant or shut down equipment.

It reduces accidents, shortens the onboarding time for new technicians and ensures compliance with safety protocols in each simulation, with performance records that you can audit in real time.

Project visualization and communication with stakeholders

VR and AR are also tools for communication and project approval:

It presents wind farms or solar plants in immersive 3D to investors, municipalities or local communities, facilitating the understanding of the real impact of the project on the territory.
Detect design errors prior to construction by reviewing the entire project in an interactive virtual environment with the entire engineering team.
Training control center operators in incident management and emergency protocols through dynamic and adaptable simulations.

Thanks to virtual reality applied to renewable energy, leading companies in the sector are reducing their training costs, improving occupational safety and accelerating the social approval of new installations.

Some of our work in renewable energies

Mastercard
Virtual Reality

FREQUENTLY ASKED QUESTIONS ABOUT VIRTUAL REALITY IN THE RENEWABLE ENERGY SECTOR

It allows you to train technicians in high-risk environments without exposing them to real danger, reduce on-site travel costs during training, detect design errors prior to construction, and present projects to stakeholders in a much clearer and more impactful way than with static drawings or renderings.

Maintenance operations on wind turbines at high altitude, interventions in electrical substations, evacuation and emergency protocols, inspection of photovoltaic panels using AR and even work procedures in confined spaces or in adverse weather conditions can be recreated.

Yes. Immersive visualization in VR allows local communities, municipalities and investors to see how the project will look integrated into the real landscape, with full visual fidelity, reducing uncertainty and greatly facilitating the approval and licensing processes.

The solutions are compatible with virtual reality glasses such as Meta Quest, HTC Vive or Pico for immersive classroom training, and with tablets, smartphones and augmented reality glasses such as HoloLens for guided assistance directly on the equipment in the field.

The ROI materializes on multiple fronts: reduction of the cost and time of technical training, reduction of labor incidents and their associated costs, acceleration of project approval times and improvement of the corporate image before investors and regulators. Companies that already apply it report significant savings from the first year of implementation.