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R&D Lines
The Institute of Concentrating Photovoltaic Systems is an R&D institute focused on the improvement, development, and advisory of concentrating photovoltaic systems and generation plants.
- Photovoltaic Integration
- Photovoltaic Concentration
- Photovoltaic Plant Technology
- Hydrogen Generation and Water Treatment Technologies
- Smart Technologies, Sensorization and Data Analysis
Module Technology for Integration
Research and development of manufacturing technologies and materials for the production of photovoltaic modules specifically designed for integration into buildings, vehicles, and other applications.Agrovoltaics
Research and development of technology focused on integrating solar photovoltaic energy into agricultural crops. In the initial phase, efforts will be concentrated on vineyard cultivation, followed by other significant crops in Castilla-La Mancha.Photovoltaic Integration in Vehicles
Design of photovoltaic modules and other components specifically developed for integration into vehicles.Photovoltaic Integration in Buildings
Design of photovoltaic modules and other components specifically developed for integration into buildings.
Hybrid Photovoltaic and Thermal Systems (Thermophotovoltaic TPV)
The generation of both electrical and thermal energy within a single device is particularly relevant for integration into buildings, as well as for supporting manufacturing processes.Concentrated photovoltaic energies (CPV) is a variant of photovoltaic solar energy systems whose development has increased in recent years. The main objective of CPV technology is to reduce the amount of semiconductor material used in a photovoltaic system, as it is highly expensive. Instead, the approach involves using optical elements, such as lenses and/or mirrors, which are more cost-effective than semiconductor material, to achieve the same electricity production.
Control and Prediction of Electrical Generation and Solar Resource: Development of methods and tools to monitor and forecast solar energy production.
Operation, Maintenance, Inspection, and Validation of Photovoltaic Plants: Procedures and tools for the operation, maintenance, inspection, and validation of photovoltaic plants to ensure their efficiency and reliability.
Social and Environmental Aspects of Photovoltaic Plants (Including Photovoltaic Component Recycling): Research on the social and environmental impact of photovoltaic plants, including the recycling and end-of-life management of photovoltaic components.
Photocatalysis
Photoelectrocatalysis
Water Treatment
- Smart Agriculture
At ISFOC, Concentrated Photovoltaic (CPV) technology plays a key role in smart agriculture by providing efficient energy solutions for automated irrigation systems, crop monitoring sensors, and other agricultural infrastructure. The integration of renewable energy in this sector optimizes water and fertilizer consumption through real-time analysis systems, enhancing sustainability and reducing operational costs. - Smart Cities
Smart cities require sustainable and efficient infrastructure, and ISFOC works on integrating photovoltaic energy into urban environments to improve energy management. From the installation of solar-powered streetlights to the development of solutions for monitoring and optimizing electricity consumption in buildings and public spaces, ISFOC contributes to the transformation of cities towards more sustainable, resilient, and technologically advanced models. - Smart PV Power Plants
Smart photovoltaic power plants represent a significant advancement in renewable energy generation, combining CPV technology with advanced management systems. ISFOC develops solutions that enable real-time monitoring, production optimization, and predictive maintenance of these facilities. By incorporating IoT sensors and data analysis, solar power plants maximize efficiency and ensure more stable and reliable energy production. - Energy Efficiency
Energy efficiency is a fundamental pillar in the development of sustainable solutions, and ISFOC researches and applies technologies to reduce energy consumption in various sectors. From improving the performance of photovoltaic systems to optimizing industrial and urban processes, ISFOC is committed to innovation to minimize energy waste and promote responsible resource use, aligning with sustainability goals and emissions reduction.
