R&D is SOLUTE’s backbone. Combining our expertise with the latest technologies, we develop new cutting-edge solutions.
BIRD-IA | Avisdet
Development of an effective system for detection and identification of avifauna in wind farms that deploys deterrence or emergency shutdown strategies to prevent bird mortality due to collisions.
Furow is a complete wind resource assessment software聽 designed to support all phases of wind farm development projects (data analysis, site assessment calculation, and micrositing). Additionally, it offers flexible compatibility with other software, enabling users to easily share and compare information.
Aphelion is SOLUTE麓s brand for metorological services. It includes a multi-function weather forecast visualization platform, energy forecasting services, and agrometeorology forecasting services.
The EU-funded WindTwin project aims to develop a digital twin (DT) of an offshore wind farm to accurately predict power production and energy demand. It will provide users with tailored access to high-quality information, services, models, scenarios, forecasts, and visualisations.
Drone development for automatic wind turbine inspections and other facilities. The project’s primary goal of聽 reducing the workload of human operators and optimizing the inspection route the drone must follow.
For several months now, SOLUTE, in collaboration with TSR Wind, has been working on the creation of an AI model for the detection and classification of damages in wind turbine blades.
Web and app platform development that allows users to consult kilometer-resolution weather forecasts, and clients to obtain precise predictions for small geographic areas of interest to them.
Virtual reality development platform for personnel training focused on improving wind farm management by rendering these installations, thus enabling intelligent interaction with the work environment.
Visualizaci贸n de entornos para mejorar la experiencia de compra de los usuarios y fomentar las ventas. Categor铆a A (sitio web y presencia en internet) y categor铆a B (comercio electr贸nico).
Research and design of new techniques based on Edge Computing and Deep Learning for the predictive maintenance of wind farms and the optimization of maintenance intervention planning at preventive, corrective, and predictive levels.
Project for the design, development, and comprehensive manufacturing of two vertical takeoff unmanned aerial vehicles (eVTOL). This also includes the development of hydrogen fuel cells (PEM fuel cell) and ammonia fuel cells (SOFC-H).
Award of the CDTI call for audiovisual and video games. The project focuses on creating support tools for developing interactive applications and virtual reality, as well as their integration into other products.
The main objective of the AQUILON project is to provide a cutting-edge source of weather predictions by extensively utilizing open data, BOLD sources, and artificial intelligence models.
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