The project is carried out in 4 houses of Estepona (Málaga) and covers: the passive design (architectural) and engineering of installations and systems; the construction phase with on-site tests (thermography, water tightness and thermal transmittance); and the energy report of the rehabilitated towns. The ultimate goal was that of generating more energy than that which the buildings consume.

Design, development and construction of an intelligent micro-grid consisting of a photovoltaic, wind and hydrogen generator as well as a fuel cell and battery bank. The installation site was the “Persian Dharma” University in Jakarta (Indonesia).

Development of a system that, connected to the flight control system of a remotely-piloted aerial system (RPAS), controls its flight through artificial vision according to the images received from the monitoring scenario.

Design, development and construction of an autonomous, scalable, auto-deployable, monitoring and remotely-reprogrammable mobile system for generating electricity from renewable sources. This contract included the development of an electrical energy production subsystem (photovoltaic generator + wind generator + fuel cell), part of the electrical energy storage subsystem (batteries) and the instrumentation and control subsystem.

Design, development and construction of an autonomous, scalable, auto-deployable, monitoring and remotely-reprogrammable mobile system for generating electricity from renewable sources. This contract included the development of a robotic arm that allows for the system to be deployed and folded in the field.

Design, development and construction of an autonomous, scalable, auto-deployable, monitoring and remotely-reprogrammable mobile system for generating electricity from renewable sources. This contract included the development of a hydrogen production subsystem and part of the electric energy storage subsystem (hydrogen).

Converter-elevator system for the integration of a photovoltaic field made up of four subfields in a micro-network with a direct connection to a battery bus installed in the renewable energy laboratory of INTA in “El Arenosillo.”

The system consists of three independent parallelised converters, which implement a maximum power point tracking algorithm based on a variant of the disturbance and observation algorithm (P&O).

Design and implementation of a hardware/software instrumentation system that allows for acquiring, monitoring and processing all the variables and physical signals of interest in the functioning of the electrolyser. Design and implementation of a system that will enable on-line monitoring of the electrolyser through the Internet.

Design and implementation of manufacturing processes for the production of ultra-purified silicon for photovoltaic applications. From the metallurgical silicon (silicon metal), as raw material, was developed methods for the synthesis and distillation of chlorosilanes, resulting in a product known as ultra-pure silicon, electronic quality silicon or solar quality, or more commonly, “polysilicon.

The Cisco Networking Academy Program (CNAP) aims at training university and professional students in the design, configuration and maintenance of computer and telecommunications networks through one of the most advanced e-learning models in the world.

Design, construction and testing of an automatic system (articulated robotic arm) for the INTA that allows measuring the angular response and calibration of radiometric instruments. The system has an interface (virtual instrument) for its functionality and automatically calculates the cosine error of the tested radiometer.

Design, development and construction of a complete demonstration system for hydrogen production, storage and electricity production based on a fuel cell use. The process includes all the elements as well as the SCADA that monitors and governs it in addition to the power electronics and control.

Development of conceptual and technological structures defined by employing software modules to develop software projects based on them. It includes support for programmes, libraries and an interpreted language.

Hardware/software system for the complete management of goods (classification and automatic weighing included) from the arrival and unloading of a ship to the departure for supply to customers, through storage and internal control.

Hardware/software system for the integral management of fish farms, and mainly specialised in sea bream. The system works with physical data on the breeding ponds, characteristics of the species, feeding, cultivation and nutritional periods, pathologies, physical-chemical measures of the breeding environment and energy management of fish farms.

Creation of an intranet of services for use by the municipalities of the association (ANAS), a union of towns on the Spanish-Portuguese border that includes the province of Huelva. The project consisted of resolving the communications link, not easy at all in 1998, generating electronic marketing and sales space in the ANAS area, and putting into service a geographic information system for the ANAS region.

Data acquisition system for the use of solar thermal energy for domestic hot water and air conditioning combined with an auxiliary installation (biomass boilers, gas, diesel, thermal accumulator, heat pump, etc.).

A configuration of the architecture, assembly, implementation of the communications network and programming of an information server for the company TELECOTRANS. The server operated through a client-server architecture and provided services within the network both for private users within the company and for public users through the Internet.

The project has updated, improved and corrected the acquisition and treatment of radio wave absorption measurements, a system known as ionospheric absorption meter, “A3 Method”, which consists of measuring the attenuation of radio waves radiated from a remote transmitter. The system implemented is located at the INTA facilities’ receiving station in El Arenosillo (Huelva), and the remote transmitter is located at the INTA facilities in Torrejón de Ardoz (Madrid).