• PROJECTS AND RESEARCH CONTRACTS

Photovoltaics: sizing and technological improvements

Smart Food

  • REFERENCE: SMARTFOOD
  • PRELIMINARY APPLICATION: National
  • FINANCING ENTITY: Ministry of Science, Innovation and Universities
  • FINANCING: 697.500€
  • DATE/PERIOD: 01-12-2020 to 30-06-2023
  • RESEARCH LINE: Photovoltaics: sizing and technological improvements

The objective of this initiative, led by the Agricultural and Fisheries Management Agency (Agapa), is to make technological monitoring infrastructures available to the sector to monitor the effects that the different exploitation practices of natural resources have on the environment . The development of this project will allow knowing the impact of the policies applied to date and, if necessary, making the corrections deemed appropriate.

As for the way to proceed, «Smartfood» contemplates as a requirement that the e-infrastructures respond to the demands of the three large groups of users (researchers and scientists, public and private managers, and citizens in general) and is committed to collaboration directly from the representative entities of the Andalusian agricultural sector (Agri-food Cooperatives and the professional agricultural organisations Asaja, COAG and UPA).

Among the actions contemplated by the project are the launch of a nanosatellite to obtain specific data from farms, the development of driverless vehicles equipped for agricultural tasks or the implementation of a network of sensors on public farms to carry out precision agriculture and in coastal waters for the control of toxins in bivalves. It also includes the construction of an intelligent irrigation machine to optimise water resources to the maximum.

Agrivoltaica

DESIGN AND ASSESSMENT OF A NEW SUSTAINABLE, AGRICULTURAL AND ENERGY PRODUCTION MODE (AGRILIGHT)

  • REFERENCE: PPG2020-UCOSOCIAL-11
  • PRELIMINARY APPLICATION: GALILEO Own Programme VI GALILEO Own Plan for Innovation and Transfer of the University of Córdoba (Modality IV. UCO-SOCIAL-INNOVA)
  • FINANCING ENTITY: UNIVERSITY OF CORDOBA
  • FUNDING: €4,950
  • DATE/PERIOD: 12-01-2021 to 12-31-2021
  • RESEARCH LINE: Agrivoltaics

Agrivoltaics supposes an alliance between agricultural and photovoltaic production that entails a change in energy and agricultural models towards more environmentally-friendly systems. To do so, several studies analyse their behaviour. However, despite the important role of agriculture in the economy, there are hardly any facilities of this type in our environment. In this context, in this project a pilot agrivoltaic installation has been implemented in the Torrealba Educational Centre (Almodóvar del Río, Córdoba), its behaviour has been characterised, and from the scientific point of view, the technical, economic and environmental advantages of agrivoltaic systems have been experimentally analysed. Likewise, from a social point of view, future agricultural entrepreneurs in training at the educational centre have been made aware of the importance of developing new technologies that make their farms more efficient and sustainable.

  • Design and analysis of a tracking / backtracking strategy for PV plants with horizontal trackers after their conversion to agrivoltaic plants

Design of heliostats

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SCIENTIFIC-TECHNICAL EVALUATION OF HELIOSTATIC ILLUMINATION LIGHTS IN EDUCATIONAL BUILDINGS AND ANALYSIS OF THE POSITIVE EFFECTS OF LIGHTING (HELIO4LEARNING)

  • REFERENCE: 1380888-R
  • PRELIMINARY APPLICATION: UCO-FEDER: R&D&i Projects within the framework of the Andalusian ERDF Operational Programme 2014-2020
  • FINANCING ENTITY: MINISTRY OF ECONOMY, KNOWLEDGE, BUSINESSES AND UNIVERSITY, JUNTA DE ANDALUCIA
  • FUNDING: €33,500
  • DATE/PERIOD: 01-01-2022 to 12-31-2022
  • RESEARCH LINE: Design and modelling of heliostats

Heliostats make it possible to improve natural lighting levels in spaces with low levels of sun exposure. These systems have been the subject of various investigations, but their design, sizing and results have not yet been sufficiently studied. This project  proposes to advance in the knowledge of a model of a single-axis heliostatic illuminator. Improvements in lighting levels will be analysed and a comprehensive model will be developed to optimise its implementation in buildings, as well as a methodology that determines the main design variables and that facilitates installation and management for the user. Likewise, the influence of natural light on the psychological well-being of students and teachers will be analysed. Therefore, the results of the project can contribute to different social challenges such as “Safe, Efficient and Clean Energy” and “Health, Demographic Change and Well-being”

IMPLEMENTATION AND EVALUATION OF A HELIOSTATIC DEVICE FOR NATURAL LIGHTING IN THE DOWN’S SYNDROME CENTRE OF CÓRDOBA

  • REFERENCE: PPG2019-UCOSOCIAL-01
  • PRELIMINARY APPLICATION: IV GALILEO Own Plan for Innovation and Transfer (UCO-SOCILA-INNOVA Modality)
  • FINANCING ENTITY: UNIVERSITY OF CÓRDOBA
  • FUNDING: €3,000
  • DATE/PERIOD: 07-01-2019 to 06-30-2020
  • RESEARCH LINE: Design and modelling of heliostats

A heliostat is a system of mirrors that, through appropriate movements depending on the path of the sun, maintains the reflection of the sun’s rays at a fixed point. In this project a robust and economical heliostatic illuminator has been developed to improve natural lighting conditions in the basement rooms of the headquarters of the ” Córdoba Down’s Syndrome ” care centre that cares for people with Down’s Syndrome or Intellectual Disability and their families. The system makes it possible to improve natural lighting levels and thereby reduce the need for artificial lighting and, therefore, electricity consumption, achieving a more efficient and sustainable building. In this way, it contributes positively to the Challenge of Society “Safe, clean and efficient energy”, included in the H2020 Programme and in the State Plan for Scientific and Technical Research and Innovation 2017-2020 of the Government of Spain.

Modelling, evaluation and use of the solar resource

Climate forecast enabled knowledge services (CLARA)

  • REFERENCE: H2020-SC5- 2016-2017- 730482-1
  • PRELIMINARY APPLICATION: European (Horizon 2020)
  • FINANCING ENTITY: European Commission
  • FUNDING: €558,609.79
  • DATE/PERIOD: 06-01-2017 to 06-30-2020
  • RESEARCH LINE: Modelling, evaluation and use of solar & Photovoltaic resources: sizing and technological improvements

Climate services (CS) are essential for reducing risks from climate change. Building on advances in climate modelling in the context of the Copernicus Climate Change Service (C3S), the CLARA project exemplified the true benefits and economic value of CS in the face of near-term climate change. Our research group developed climate services in the field of renewable energies, helping to improve policy formulation and decision-making, boosting the European market and promoting European innovation.

  • Influence of the design variables of photovoltaic plants with two-axis solar tracking on the optimization of the tracking and backtracking trajectory
  • Analysis of the Influence of Terrain Orientation on the Design of PV Facilities with Single-Axis Trackers
  • Study of the Dependence of Solar Radiation Regarding Design Variables in Photovoltaic Solar Installations with Optimal Dual-Axis Tracking; A novel backtracking approach for two-axis PV tracking plants

Technology applied to the reduction of energy consumption in irrigation networks

Renewable resources and forest products technology

OVERALL VULNERABILITY OF FOREST SYSTEMS TO FIRE: IMPLICATIONS IN FOREST MANAGEMENT TOOLS (VIS4FIRE).

  • REFERENCE: RTA2017-00042-C05-04.
  • PRELIMINARY APPLICATION:
  • FINANCING ENTITY: NATIONAL INSTITUTE OF AGRICULTURAL AND FOOD RESEARCH AND TECHNOLOGY (INIA). GENERAL SUBDIRECTORATE OF RESEARCH AND TECHNOLOGY.
  • FUNDING: €120,214
  • DATE/PERIOD: 2019 to 2021
  • RESEARCH LINE: Renewable resources and forest product technology

The characteristics of cork that influence its flammability depending on the intensity of the fire have been identified. Cork flammability, measured by cambium temperature (ºC) and temperature ratio (mms-1), was estimated in the laboratory under controlled conditions, using thermocouples placed in the samples. The lethal temperature of the cambium is reached in an average time of 215 s, and the probability of reaching it depends on the roughness of the rasp, the thickness, the quality and the porosity of the cork, for the same intensity of the fire. The results have been contrasted with two experimental burns, one in a cork oak forest in Cádiz and the other simulating a cork oak forest in a dehesa with unharvested cereal (typical fire of a combine harvester at the beginning of summer common in southern Spain), monitoring the Importance of intensity and residence time (severity) in the thermal damping produced by cork.

Project website:
https://lignumforestal.com/proyectos/proyecto-vis4fire

Publications and/or patents derived from the project

  • Juan Ramón Molina1*, Ángel Lora, Cristina Prades1*, Francisco Rodríguez y Silva. Roadside vegetation planning and conservation: New approach to prevent and mitigate wildfires based on fire ignition potential. Forest Ecology and Management 444: 163 -173. * The first two authors contributed equally to this work
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SUBCONTRACTING OF TASKS WITHIN THE FRAMEWORK OF THE GO SUBER SUPRA-UTNOMIC TASK FORCE

  • REFERENCE: CONTRATO OTRI. Ref. 12019022
  • PRELIMINARY APPLICATION: CONTRATO DE PRESTACIÓN DE SERVICIOS (Artículo 83 LOU)
  • FINANCING ENTITY: COVELESS INGENIERÍA S.L
  • FUNDING: €32.315
  • DATE/PERIOD:   22-02-2019 to 15-09-2020
  • RESEARCH LINE: Renewable resources and forest product technology

In the context of the GOSUBER OPERATIVE GROUP, the contract has two fundamental objectives: the modernization of cork harvesting, and the valorization of cork products and by-products. The COVELESS tool designed for cork corking is in the production phase, as well as the complementary tools (lever, pliers, cork ladder). Work systems have been developed with the new tools and comparative studies have been carried out with traditional systems, analyzing their performance. In the line of product valorization, the feasibility of using cork granulate as a substrate in vertical green roofs mixed with organic substrate has been studied. The objectives of the project have been achieved in spite of the COVID-19 restrictions.

plan_nacional_de_desarrollo_rural

GOSUBER PROJECT. MODERNISATION OF UNCORKING FOR THE IMPROVEMENT OF PRODUCTIVITY.

  • REFERENCE: GOSUBER PROJECT. Innovation projects of general interest by operational groups of AEI_AGRI within the framework of the National Rural Development Programme (2014-2020)
  • PRELIMINARY APPLICATION: Innovation projects of general interest by operational groups of AEI_AGRI within the framework of the National Rural Development Programme (2014-2020). Call 2018 according to the Resolution of June 18, 2018 of the Spanish Agricultural Guarantee Fund O.A. (FEGA).
  • FINANCING ENTITY: Ministry of Agriculture and Fisheries, Food and Environment (MAPAMA) and European Agricultural Fund for Rural Development (EAFRD)
  • FUNDING: €531,994.36
  • DATE/PERIOD: 04-16-2019 to 09-01-2020
  • RESEARCH LINE: Renewable resources and forest product technology

The project has two fundamental objectives: the modernisation of field work and the recovery of cork products and by-products. The most relevant public and private institutions in the cork sector participate in its development: Trevinca Inversiones Medioambientales SL; COVELESS ENGINEERING SL; Confederation of Foresters Organisations of Spain (COSE); National Institute for Agricultural and Food Research and Technology (INIA); Environment and Water Agency of Andalusia; Catalan Institute of the South; Centre for Scientific and Technological Research of Extremadura (CICYTEX); Jogosa Works and Services SLU; Association of Ecological Dehesas of the province of Huelva (ADEHECO); Forestry Consortium of Catalonia; Association of Owners of Monte Alcornocal de Extremadura (APMAE); University of Cordoba (UCO); Conde del Valle de Salazar Foundation – ETSI Montes (UPM). In both lines the objectives have been achieved very satisfactorily.

PROJECT WEB PAGE: https://gosuber.es/
  • MINI-GUIDE NEW APPLICATIONS OF CORK. María Verdum Virgos, Cristina Prades, José Ramón González Adrados, Manuel Bejarano Medina, Gonzalo Lezcano Estévez, Mariola Sánchez González. GOSUBER Operational Group (National Rural Development Program. Ministry of Agriculture, Fisheries and Food). 66 pages
  • INNOVATIVE MECHANISED UNCORKING PRACTICES. Ana María Fernández Santos, Blanca Valverde Fernández-Montes, Cristina Prades López, Jorge Benito, José Berdón Berdón, José Enrique Porro, José Luis Becerra García, José Ramón González Adrados, Josep M. Tusell i Armengol, Manuel Bejarano Medina, María Collado Caballero , María Felisa Sánchez Aunión, María José Trinidad Lozano, María Teresa González Fernández, María Verdum Virgos, Mariola Sánchez González, Noelia Jiménez López, Patricia Gómez Agrela, Ramón Santiago Beltrán, Raúl Lanzo Palacios. GOSUBER Operational Group (National Rural Development Program. Ministry of Agriculture, Fisheries and Food). 160 pages
  • M. García Moreno1, R. Sánchez Cuesta, C. Prades López1, M. Verdum Virgos, P. Jové, M. Bejarano Medina, B. Abellanas Oar. Cork as a substrate for green roofs (GO SUBER Project). 2020. Tecnogarden nº218 pp 39 – 43.
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STUDY OF MECHANISED UNCORKING: ANALYSIS OF THE STATE OF THE ART AND STUDY OF THE IMPROVEMENT IN THE COMMERCIALISATION AND VALUATION OF CORK, FOR THE FORMATION OF THE OPERATIONAL GROUP GO SUBER AND PREPARATION OF THE INNOVATION PROJECT.

  • REFERENCE: OTRI CONTRACT. Ref. 12017217
  • PRELIMINARY APPLICATION: CONTRACT FOR THE PROVISION OF SERVICES (Article 83 LOU)
  • FINANCING ENTITY: COVELESS INGENIERÍA S.L
  • FUNDING: €2,420
  • DATE/PERIOD: From 03-30-2017 to 10-31-2017
  • RESEARCH LINE: Renewable resources and forest product technology

The objective of the contract is the development of tasks related to the training and coordination of the GO SUBER Operational Group, and to carry out the Innovation Project. Specifically for the development of the following tasks:

  • Coordination of the formation of the Operative Group
  • Constitution and operation of the Technical Work Groups that will be created for the drafting of the Innovation Project
  • Drafting of part of the Innovation Project in the lines of Improvement and review of cork extraction organisation systems and procedures and Improvement in the marketing and valorisation of cork

The tasks carried out have materialised in the subsidy proposal by the Evaluation Commission for the implementation of the GO SUBER innovation project, dated November 28, 2018.

COMPREHENSIVE VULNERABILITY OF FOREST SYSTEMS TO FIRE: IMPLICATIONS IN FOREST MANAGEMENT TOOLS (VIS4FIRE).

  • REFERENCE: RTA2017-00042-C05-04.
  • PRELIMINARY APPLICATION:
  • FINANCING ENTITY: NATIONAL INSTITUTE OF AGRICULTURAL AND FOOD RESEARCH AND TECHNOLOGY (INIA). GENERAL SUBDIRECTORATE OF RESEARCH AND TECHNOLOGY.
  • FUNDING: €160,000
  • DATE/PERIOD: 09-17-2015 to 12-31-2018
  • RESEARCH LINE: Renewable resources and forest product technology

Fire severity, understood as the magnitude of the effects of fire on an ecosystem, is a key aspect to take into account when planning management strategies aimed at fire protection. The following objectives have been developed:

  • Obtain new systems to quantify forest fuels
  • Evaluate in an integrated way the preventive treatments of forest fuels to reduce the severity of the fire.
  • Estimate the difficulty of controlling and liquidating the fire
  • Predict the potential severity of forest fires and the effects of preventive treatments to determine priority areas of action
  • Assess corrective measures for post-fire forest hydrological restoration and test new biodegradable materials to reduce post-fire erosive risk.
  • Assess the economic efficiency of prevention, extinction and rehabilitation activities
  • Transfer the results of the project
PROJECT WEBSITE:
  • Juan Ramón Molina1*, Cristina Prades1*, Ángel Lora, Francisco Rodríguez y Silva. 2018. Quercus suber cork as a keystone trait for fire response: A flammability analysis using bench and field scales. Forest Ecology and Management. 429: 348 – 393.
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NIRS TECHNOLOGY FOR THE EVALUATION OF CHARACTERS OF TECHNOLOGICAL INTEREST IN QUERCUS SUBER L

  • REFERENCE: RTA2011-00052-C02-02
  • PRELIMINARY APPLICATION:
  • FINANCING ENTITY: NATIONAL INSTITUTE OF AGRICULTURAL AND FOOD RESEARCH AND TECHNOLOGY (INIA). GENERAL SUBDIRECTORATE OF RESEARCH AND TECHNOLOGY. VI National Plan for Scientific Research, Development and Technological Innovation.
  • FUNDING: €6,000
  • DATE/PERIOD: 11-24-2011 to 11-24-2012
  • RESEARCH LINE: Renewable resources and forest product technology

The results obtained in the modelling of characters of technological interest (quality, porosity and some defects) using NIRS technology, are precise enough to provide information of interest, technological and economic, and to introduce objective criteria in the identification of the different qualities of cork sheet. Carrying out field trials with Fieldspec portable equipment shows the feasibility of its use from an operational point of view. The tests were carried out on the cork-generating layer, and the spectra were obtained on bovine and reproduction cork, in standing cork oaks. The limitations stem from accessibility (slope and scrub), the density of the cork oak forest and the characteristics of the equipment. The spectra obtained under variable conditions of light, humidity and temperature have been explored, comparing them with measurements made in the laboratory with a LabSpec spectrophotometer and it can be said that they are reliable.

  • Prades Cristina, Cardillo-amo Enrique, Beira-dávila Jesús, Serrano-crespín Antonio & Nuñez-sánchez Nieves. 2017. Evaluation of Parameters that Determine Cork Plank Quality (Quercus suber L.) by Near Infrared Spectroscopy. Wood Chem. Technol 37 (5): 369 – 382
  • Sanchez-Gonzalez Mariola, Garcia-Olmo juan, Prades Cristina. 2016 Correlation between porosity of cork planks before and after boiling using near infrared spectroscopy. Eur.J.Wood Prod. 74 (4): 509 – 517.
  • Sanchez-Gonzalez, Juan Carlos; Garcia-Olmo, J.; Prades-Lopez, Cristina. 2015. Estimation of moisture curves in cork granulate by Vis/NIRS technology. Wood Sci Technol 49 (5): 1003-1020.

CONSULTANCY AND ASSISTANCE WITH THE UNIVERSITY OF CÓRDOBA FOR THE DEVELOPMENT OF A MATHEMATICAL MODEL FOR THE MECHANISED HARVESTING OF PINEAPPLE

  • REFERENCE:
  • PRELIMINARY APPLICATION: CONTRACT FOR THE PROVISION OF SERVICES (Article 83 LOU)
  • FINANCING ENTITY: Environmental Management Company (EGMASA)
  • FUNDING: €20,880
  • DATE/PERIOD: 2008 to 2010
  • RESEARCH LINE: Renewable resources and forest product technology

The objective is to carry out laboratory and field tests to evaluate the feasibility of pineapple harvesting with the instrumentalised trunk shaker. The results obtained in the laboratory confirm the possibility of making a selective collection of Pinus pinea by adjusting the vibration parameters. Field tests have confirmed the suitability of using a vibration frequency of 10 Hz, with acceleration levels in the trunk of 60-70 m/s2 depending on the grip height, 1 or 2 m, respectively. With these vibration parameters, high percentages of felling are achieved in third-year pineapples with reduced damage due to felling of other organs in the plant. The regulation of the trunk vibrator must guarantee the generation of a constant flow of 130 l/min, with pressures close to 130 bar, for the vibration of the tree.

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CHARACTERISATION AND VALORISATION OF THE CHESTNUT AGROFORESTRY SYSTEM REFERENCE: RTA2007-00013-00-00.

  • REFERENCE: RTA2007-00013-00-00.
  • PRELIMINARY APPLICATION:
  • FINANCING ENTITY: NATIONAL INSTITUTE OF AGRICULTURAL AND FOOD RESEARCH AND TECHNOLOGY (INIA). GENERAL SUBDIRECTORATE OF RESEARCH AND TECHNOLOGY
  • FUNDING: €111,540
  • DATE/PERIOD: From 09-04-2007 to 09-03-2010
  • RESEARCH LINE: Renewable resources and forest product technology

La caracterización y valorización del sistema agroforestal del castaño en la Sierra de Huelva comprende los beneficios comerciales (productivos y recreativos) y los beneficios ambientales (con características de bien público). Entre los beneficios ambientales, la determinación del valor de la fijación de carbono del sistema ha sido un objetivo prioritario. El modelo utilizado establece una renta anual de carbono (RAC) para el castañar de la sierra de Huelva de 6.231.395 euros. El municipio que más renta anual de carbono aporta es el de Aracena (1.095.322 €), seguido de Castaño de Robledo (873.456 €) y Fuenteheridos (704.051 €). Los que menos aportan son Linares de la Sierra (33.916 €), Alajar (58.336 €) y Aroche (108.114 €). Hasta ahora no se había determinado el valor de la fijación de carbono del sistema agroforestal del castaño, y los resultados ponen en evidencia la importancia de conservar una especie que absorbe y fija importantes cantidades de carbono atmosférico.

  • González-Arenas, J; Arriaza Balmon, M.; Barreiro Hurle, J; Pictures Tavira, S.; Prades Lopez, C; Nekhay, O. 2010. The non-use value of the Sierra de Aracena y Picos de Aroche Natural Park. National Environmental Congress CONAMA. MADRID
  • González-Arenas, J; Arriaza Balmon, M.; Pictures Tavira, S.; Prades Lopez, C; Nekhay, O. 2009. Study of chestnut consumption in Andalusia. XIII World Forestry Congress. Buenos Aires, Argentina)
  • González-Arenas, J; Pictures, S; Prades, C; León, M. 2009. Assessment of the fixation of atmospheric carbon dioxide by the chestnut grove of the Sierra de Huelva. VII Congress of Agricultural Economy. Almeria (Spain)
  • González-Arenas, J; Pictures, S; Prades, C; León, M. 2009. The chestnut grove of the Sierra de Aracena and the fixation of atmospheric carbon. 5th Spanish Forestry Congress. Avila (Spain)
  • González-Arenas, J; Pictures, S; Prades, C; León, M. 2008. Value of carbon fixation by the chestnut agro-forestry system. IV World Congress of Agricultural Engineers and Agronomy Professionals. Madrid Spain)
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IMPROVEMENT OF THE QUALITY ASSESSMENT PROCESS AND THE TRACEABILITY OF PLATE CORK THROUGH AUTOMATIC TECHNIQUES FOR INDUSTRIAL APPLICATION.

  • REFERENCE: RTA2006-00119-C02-02.
  • PRELIMINARY APPLICATION:
  • FINANCING ENTITY: NATIONAL INSTITUTE OF AGRICULTURAL AND FOOD RESEARCH AND TECHNOLOGY (INIA). GENERAL SUBDIRECTORATE OF RESEARCH AND TECHNOLOGY
  • FUNDING: €38,156
  • DATE/PERIOD: 2006 to 2009
  • RESEARCH LINE: Renewable resources and forest product technology

The results obtained allow us to establish that NIRS technology is a very effective tool through PLS discriminant analysis, for the characterisation of humidity, both for cork and plate cork as well as for stoppers, and provides acceptable results for the prediction of other physical parameters, such as porosity and density, and mechanical, such as compression and extraction force. It is also established that this technology is capable of determining the different origins of cork samples with a high level of precision, both on a national and international scale and at different stages of the industrial process (slab cork and stoppers). NIRS technology could be applied to the certification of the cork chain of custody, improving the traceability of the raw material from the field to the finished product, as there is no other automatic method capable of determining this origin up until now.

  • Prades-Lopez, Cristina; Gomez-Sanchez, Isabel; García-Olmo, Juan; González-hernández, Florentino; González-adrados, Jose Ramon. Application of VIS/NIR spectroscopy for estimating chemical, physical and mechanical properties of cork stoppers. Wood Sci Technol 48: 811-830.
  • Gomez-Sanchez, Isabel; Garcia-ceca, Jose Luis; Garcia-Olmo, Juan; Lara-Buil, Leticia; Lopez-Luque, Rafael; Prades-Lopez, Cristina. Application of image analysis and NIRS technology to the evaluation of the porosity of cork plates, sheets and stoppers and their relationship with industrial quality. Woods-Cienc Tecnol. 15: 293-310.
  • Prades; Isabel Gómez-Sanchez, I.; Garcia-Olmo, J.; Gonzalez-Adrados, JR. 2012. Discriminant Analysis of Geographical Origin of Cork Planks and Stoppers by Near Infrared Spectroscopy. Journal of Wood Chemistry and Technology, 32:54_70
  • Prades-Lopez, Cristina; Gomez-Sanchez, Isabel; Garcia-Olmo, Juan; Gonzalez-Adrados, Jose Ramon. Discriminant analysis of the geographical origin of natural cork sheets and stoppers using near-infrared spectroscopy. 6th Spanish Forestry Congress. VITORIA – GASTEIZ.
  • Prades-Lopez, Cristina; Garcia-Olmo, Juan; Romero-Prieto, Tomas; Garcia De Ceca, Jose Luis; Lopez-Luque, Rafael. Application of near-infrared spectroscopy (NIRS) technology to cork sheet quality classification. 6th Spanish Forestry Congress. VITORIA – GASTEIZ.
  • Prades-Lopez, Cristina; Gomez-Sanchez, Isabel; Garcia-Olmo, Juan; Romero-prieto, Tomas; Garcia-de Ceca, Jose Luis; Gonzalez-Hernandez, Florentino; Lopez-Luque, Rafael; Gonzalez-Adrados, Jose Ramon. Cork plank and stoppers characterisation by near infrared spectroscopy. 2012 IUFRO CONFERENCE. DIVISION 5 FOREST PRODUCTS. ESTORIL CONFERENCE CENTER (PORTUGAL)
  • Prades, C., J. Garcia-Olmo, T. Romero-Prieto, J. L. G. de Ceca and R. Lopez-Luque (2010). Methodology for cork plank characterisation (Quercus suber L.) by near-infrared spectroscopy and image analysis. Sci.Technol. 21 (6) 065602 (11pp).

Monitoring of systems based on iot

FACEPROXIM

  • REFERENCE:
  • PRELIMINARY APPLICATION:
  • FINANCING ENTITY: European Regional Development Fund (Feder) and processed by the Center for Industrial Technological Development (CDTI)
  • FINANCING:
  • DATE/PERIOD: 2020
  • RESEARCH LINE: Modelling of IoT-based systems

The project has been carried out in collaboration with the University of Seville and the company Imesapi.S.A., and has been prototyped in the Sevillian municipality of Mairena del Aljarafe, although several municipalities throughout Spain have been interested in the application to implement it in their municipalities.

FaceProxim aims to find a new solution -with a gender perspective- to improve nighttime safety conditions in illuminated pedestrian areas of cities. The nighttime environment in dimly-lit places (very frequent in our cities, in part due to regulatory effects that prioritise energy saving) can favour violent acts of various kinds.

The application focuses on the study of the determination of the features and the interpretation of the gestures of other pedestrians, from the point of view of the general safety condition, based on the existing lighting levels on the pavement, the gender of the person, their age and their visual acuity.

Energy efficiency

PVACS: NEW PHOTOVOLTAIC TECHNOLOGIES APPLIED TO SANITARY WATER HEATING IN THE CÓRDOBA DOWN CENTRE

  • REFERENCE: PPG2018-UCOSOCIAL-14
  • PRELIMINARY APPLICATION: IV GALILEO Own Plan for Innovation and Transfer (UCO-SOCILA-INNOVA Modality)
  • FINANCING ENTITY: UNIVERSITY OF CÓRDOBA
  • FUNDING: €2,000
  • DATE/PERIOD: 07-01-2018 to 06-30-2019
  • RESEARCH LINE: Energy efficiency

Traditionally, solar installations for domestic hot water (DHW) have been based on solar thermal collectors. However, the technological progress that photovoltaic (PV) has been experiencing and, above all, the lowering of its costs, has led to the appearance of new DHW systems based on PV electricity. In this project, a PV system for ACS in the “Down’s  Centre of Córdoba” has been designed and studied. The proposed pilot solution makes it possible to satisfy 64% of the center’s DHW energy demands, which represents savings of 2,712 kWh/year and €488/year, as well as a reduction in GHG emissions of 1,003.44 kg of CO2 eq/year. Furthermore, since these PV for DHW systems do not require plumbing, they are easier to install and maintain and can be easily integrated into existing buildings. These properties, together with the fact that their operation is not negatively affected by extreme temperatures and/or radiation levels, makes them strong competitors against traditional solar thermal systems for DHW.

  • Ramírez-Faz, J., Varo-Martínez, M. M., Casares, F. J., & Cámara, L (2020). PHOTOVOLTAIC TECHNOLOGIES APPLIED TO WATER HEATING SYSTEMS. NEW TRENDS IN GREEN CONSTRUCTION, 125.

Electric Vehicle