Our professionals’ experience and talent, our multidisciplinary activity in several sectors, and our strong commitment to R&D, allow us to offer a great variety of services to different industries.

Energy and weather forecast for renewable operators

Weather and energy forecast service through the training of artificial intelligence algorithms.

Design, optimisation and certification of turbine components

Structural analysis of the components of a wind turbine to verify its integrity and survival to the historical performance of the intended operation.

Life extension evaluation of towers and foundations

This competency allows extending the functional duration of turbine components and thus obtains a greater performance from the installed wind turbines.

BIM Building Information Modeling

The implementation of the BIM methodology in wind parks and wind turbines allows creating a digital twin that provides us with very useful information, not only about cost, but also about the drafting of construction and maintenance plans.

Aerodynamic in wind turbines

Design and optimisation of the aerodynamic components of a turbine from the blade to the tower or nacelle

Hybrid plants development

Combination of different renewable and storage technologies to optimise the design and size to obtain the best technical and economic performance.

Wind Resource Assessment (WRA)

Definition of a wind project at any stage of its development to reduce uncertainty and provide the client with the necessary technical and financial data.

Energy management systems and installation of renewable resources on the demand side

Strategic solutions for optimising energy consumption and save costs by part of the end user.

Root cause analysis (RCAs) of wind turbine components

Root cause analysis of a breakdown or failure of wind turbine components such as blades, bearings or multipliers.

Design and certification of wind turbines foundations

It includes shallow slab foundations with bolt cage or steel ferrule, rib foundations, as well as prefabricated and piled solutions.

Historical weather data for wind and solar resources

Developing of strategies inherent to Dynamic Downscaling with the aim of offering a wide range of different types of historical weather data.

Gear sizing and analysis

Essential competency in the development of machinery with a methodology that allows selecting the proper gear for the application as well as appropriately defining parameters, materials and loads.

Aeroelastic model generation by reverse engineering

We combine experience with specific reverse engineering know-how to generate an aeroelastic model without the data provided by the constructor.

Measurement campaigns management

Design and management of weather measurements for renewable energy plants; wind as well as solar.

Structural components´ fatigue analysis

Evaluation of elements subjected to cyclic loads of varying magnitudes to assess whether they can survive without collapse for a specified time.

Study of welded and bolted joints

Study of all the types of mechanical joints between wind turbine components, covering from the blade to the foundation, with the aim of ensuring the strength and durability of the turbine assembly.

Tools for handling and transport in the wind sector

Engineering of elements and assemblies to guarantee a proper installation and transport in the many demanding scenarios that occur in the wind sector

Design and development of electric grid plans

Design and implementation of electrical drawings for low, medium and high voltage grids as well as collector substations and high voltage aerial lines for onshore wind parks

Wind turbine tower and foundation design Peer review & RCA

Detailed data evaluations to ensure components are compliant with current regulations and the quality standards that are currently defined.

Aeroelastic loads calculation

Fundamental to both wind farm feasibility studies and the development of new wind turbines for onshore and offshore use.

Smart Grid, micro-networks and transactive energy systems

Study to provide intelligent paradigms to electric market analysis in real time and thus obtain an ideal management of the electrical power distribution grid.

Design and implementation of SCADA and Condition Monitoring Systems

Web-based monitorization and control systems for real-time management of production process

Aerodynamic simulation for WRA

CFD (Computational Fluid Dynamics) tools applied to the wind resource assessment (WRA) provides us with more detailed information about the wind potential in a specific area.

Weather forecast services

Quality weather information available on a mobile app and web platform for the purpose of optimising the effectiveness of the forecast and the user experience.

Road and access design

A capacity that defines and resolves access for the assembly and maintenance of the different components that constitute a wind farm.

Design and certification of wind turbine towers

Specialised civil engineering for structural calculations in the design of various types of wind turbine towers in order to speed up certification processes.

Intelligent building and smart control of energy consumption

Improvement in the efficiency of buildings to implement automation strategies with the aim of carrying out an intelligent and efficient energy demand management.

Hydraulics: turbomachines

Turbomachinery is present in many engineering sectors, including electrical power generation, using gas or wind turbines, propulsion in air vehicles or different industrial processes with turbo-compressors and/or hydraulic pumps.

Air conditioning for working safety in industrial environments

Study and optimisation of the air conditions in industrial environments to guarantee compliance with the current occupational risk prevention regulation.

Artificial Intelligence

Discipline based on the construction of computational artefacts that learn from experience through data use and that is applied to a variety of problems.

Solar resource

Realistic definition, with the minimum uncertainty, of the solar resource available in an area, to calculate the photovoltaic production of a plant.

Design of solar installation for self-consumption

Estimation of energy production in a self-consumption photovoltaic plant through a correct definition and sizing of the installed equipment to reduce uncertainty and maximise savings.

Structural systems design for PV plants

Structural systems design phase analysis for calculating the generation of solar energy using photovoltaic panels in demanding environments such as with winds or earthquakes.


Backend development is the part of an application that manages the information provided by the user and which controls the processes that manipulate this information to obtain the required results.


An efficient way to store information that allows recording and subsequently classifying products, users, profiles, accesses and any other type of valuable feature.

Software tests automation

Automated tests to help programmers with their processes and carry out the necessary adjustments to apply the needed improvements and achieve the set objective.

Continuous software integration and deployment

Software engineering branches focused on increasing the quality and frequency of the iteration in the developed solutions and on having greater control over all the stages that comprise the software's life cycle.

Web/ App development

Web / app development is the interface that allows the user to interact with a platform by communicating with the backend, which is the part that manages and processes the provided information to return the requested results through the app.

Data processing and analysis

Technical capacity to tackle data processing and analysis projects of the most varied types, from the processing of monitored signals to the automation of business reports and Business Intelligence or BI.


Frontend is the study of the components for creating, managing, maintaining and testing IT software, which can be defined as the logic programming required by all information systems to operate properly and provide the user with a practical and intuitive interface that enables them to use an application.

Ad hoc tools for clients

Data processing system with proven analytical capability to effectively satisfy client's needs

Topological optimization

Optimization is the capability that arises from the need to design components that improve vehicle performance.

Engine cooling

System responsible for dissipating heat produced during engine operation in any mode of transport for proper operation.

Low speed impacts

Using finite element modelling (FEM), and thanks to simulation, we can obtain the most suitable part designs to reduce potential damage and save development costs.


Capability of guaranteeing a proper heating, ventilation and air conditioning (HVAC) in vehicles used for transport, of both the cabs as well as the compartments where the payload is carried for different reasons, such as conservation or passenger comfort.

Interior modules

This discipline ensures the stiffness, stability and durability of the elements to provide customer's a sense of high quality.

Aerodynamic analysis

Analyses and studies prior to the experimentation with prototypes, with the aim of ensuring each vehicle meets the requirements that will guarantee the best results in terms of energy efficiency, emissions and dynamics

High speed impact

The tests simulation contributes to studying the behaviour of the car so that, in the event of an accident, the risk of damage is minimised and the physical integrity of the passengers as well as the structural integrity of the vehicle are ensured.

Pedestrians´ protection

CAE development of a car body to optimise its design to avoid or minimise pedestrian injury in a potential collision.


Noise, Vibration and Harshness (NVH) is the study and optimisation of the noise and vibrations of a vehicle to improve its performance and comfort.

Car safety sensors

The car sensor analysis contributes to optimising the signals received by the computers of the vehicle, which arrive through the different sensors that are installed, to properly activate their function and at the proper time.

Components CAE development

Numerical simulation in CAE (Computer Aided Engineering) evaluates the development of car structures and components for greater strength and durability in different scenarios

CAE vs. Test correlation

Study of the improvements in modelling to be applied in future developments and to validate the virtual data that is obtained.

Add-on stiffness

The moving parts calculation helps to access the vehicle and improve its aesthetic design, as well as serve as a barrier against adverse weather conditions such as wind or rain, to improve passenger safety.

Nuclear plants dismantling assistance

Tasks of great importance during the service life of a nuclear plant that require adapting to a specific regulation to guarantee the viability of the structure as well as the safety of citizens and protecting the environment.

Technical assistance for design deviations

Evaluation of possible design deviations of structural components during the construction of nuclear plants to comply with the strict safety standards of the sector.

Design and optimisation of structural components in nuclear power plants

Capability that guarantees the integrity of the reactor as well as safety in terms of radiation leaks in spaces that are restricted and protected against natural disasters such as earthquakes or hurricanes.

Virtual visits generation

SOLUTE generates enriching virtual visits with technical and commercial content to optimise internal office processes in different sectors.

Digital Twins

Virtual replicas of a specific model that reflect their asset with a high degree of accuracy and incorporate data in real time, collected through sensors, to evaluate the performance and implement improvements that can be transferred to the original physical asset they represent.