Hybrid technology to produce electricity and heat simultaneously in a single solar panel.
ECOMESH panels simultaneously produce electricity and heat, thereby generating the same energy as conventional thermal and photovoltaic panels separately while reducing the collecting surface by 40%. Additionally, unlike existing hybrid panels on the market, panels increase electricity generation by 15% due to heat dissipation that allows the panels to operate at an optimum temperature, and triples thermal output at elevated temperatures.
The reduction of the collecting surface make the residential sector a clear target, yet significant energy savings can also be obtained in businesses where hot water and electricity consumption takes place, such as pools or industries.
The ECOMESH panel reduces the collecting surface by 40% thanks to the combined production of electricity and heat in a single panel. Additionally, it increases electricity production by 15% as well as tripling thermal output due to the Transparent Insulation Cover (TIC).
This product provides a means to obtain zero-emission buildings. Apart from contributing to environmental protection, it allows for energy savings as it produces electricity and heat simultaneously in a single panel with very high efficiency. In addition, it reduces the payback period without subsidies thanks to the economic value of simultaneous generation of energy along with improved efficiency.
Residential Buildings, Single family houses, hotels (http://www.ecomesh.es/en/projects/).
- E-Mail: email@example.com
- Address: Polígono Ciudad del Transporte, C/PA no11, San Juan de Mozarrifar 50820, Zaragoza, Spain.
Isabel holds a PhD in Renewable Energies and Energy Efficiency (2013) a Master Degree in Financial Management and in Chemical Engineering from the University of Zaragoza. She is a teacher at the University of Zaragoza since 2012, and a research engineer at CIRCE (Business information and network creation centre) since 2006.
Alejandro del Amo
Alejandro holds a PhD in Renewable Energies and Energy Efficiency (2015), as well as a Master Degree in Advanced Studies in Renewable Energies. He is highly experienced in solar installations. Alejandro teaches at Zaragoza University and CIRCE (Business information and network creation centre).
Director of Operations
Gonzalo holds a Master Degree in Industrial Management at K.L. Leuven (Belgium). He has international experience in the coordination of civil work execution, as well as teaching experience in thermal solar energy and installations.