MASRED is made up of a team of engineers who are experts in hybrid solar panels. As a specialised company, we combine photovoltaic and thermal technologies to improve energy production and reduce costs for homes and businesses. The engineering team at our hybrid solar panel company ensures that each project is tailored with precision, innovation, and long-term performance in mind.
Hybrid solar panels are an innovative solution in the field of renewable energy, as they utilize both photovoltaic and thermal technologies to harness naturally occurring solar energy, a clean and abundant energy source. These smart panels are capable of generating electricity and heat simultaneously.
The technology behind hybrid solar panel systems is based on capturing solar radiation and converting it into sound energy in two different ways.
With both economic and environmental benefits, these panels are transforming the way we harness solar energy and contributing to a more sustainable future.
As experts who have worked on over 200 projects, this is undoubtedly an innovative solution that promotes a sustainable energy future.
Energy efficiency: Hybrid solar panels generate both electricity and heat simultaneously, achieving higher efficiency than conventional systems.
Economic savings: They reduce energy bills and deliver long-term savings, especially in facilities with high hot water demand.
Sustainability: Hybrid solar panels cut greenhouse gas emissions by producing clean, renewable energy.
We equip offices, factories, and warehouses with scalable solar systems to reduce operational costs.
Perfect for shared buildings or neighbors who want to invest in solar energy together.
Clean energy for your home, adapted to rooftops, balconies, or available terraces.
A smart solution that gives you shade and electricity at the same time.
Extend your pool season and cut down on heating costs.
Combine solar energy with thermosiphon or forced circulation systems for domestic hot water.
A hybrid solar plant integrates solar photovoltaic technology with other renewable or conventional energy systems. These large-scale facilities are designed to supply electricity to the grid constantly and efficiently, balancing solar production with additional sources such as wind, hydro, or thermal energy.
A hybrid solar power generator utilizes solar energy in combination with other energy sources, such as batteries or conventional fuels, to provide a continuous electricity supply. This system is ideal for remote areas, businesses, or homes that require a reliable backup power source while reducing their dependence on fossil fuels.
Electrical power: Hybrid solar panels have a nominal power output of 350 W, with monocrystalline-type cells.
Photovoltaic efficiency: Photovoltaic efficiency refers to the panel’s ability to convert solar radiation into electricity. Our solar panels are among the most efficient in the world, reaching up to 89% effectiveness. This results in significant cost savings and up to four times lower CO₂ emissions.
Durability:These hybrid solar panels have an estimated lifespan of 20 to 30 years.
Temperature coefficient: The temperature coefficient is +0.06%/°C according to the Isc coefficient.
Certifications and standards: Hybrid solar panels comply with all quality standards and are certified with the CTA Solar Keymark, the leading quality seal awarded to this type of product.
Applicable energy subsidies and grants.
Possibility of achieving energy self-sufficiency.
Maintenance plan to ensure that the installations will last for many years.
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Engineering projects
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Grant management
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Via Romana, 79, 07800 Ibiza, Islas Baleares
Hybrid solar panels are gaining popularity in Valencia and the Balearic Islands, where abundant sunshine and supportive renewable energy policies are encouraging their adoption. These regions offer ideal conditions to generate both electricity and heat from solar energy, making hybrid systems a cost-effective and sustainable solution.
Installing hybrid solar panels in Valencia is a wise choice thanks to the region’s consistent solar radiation throughout the year. Both in urban apartments and rural houses, as well as in commercial and industrial buildings, hybrid solar technology helps maximise energy output and reduce electricity bills. Local renewable energy incentives further promote the implementation of these systems across the region.
In the Balearic Islands, comprising Mallorca, Menorca, Ibiza, and Formentera, the Mediterranean climate presents a unique opportunity to harness solar energy. Here, solar panels are widely used in Ibiza and the rest of the islands, not only in private homes but also in hotels, resorts, and tourist facilities, where energy demand is high. Hybrid systems cover both electricity and hot water needs, making them particularly attractive for both hospitality businesses and residential use.
