Hybrid solar panels installation and cost

Hybrid solar panels

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.

On the one hand, the photovoltaic modules integrated into the panel convert sunlight directly into electricity, using solar cells that generate an electric current when exposed to light. This electricity can be used to power devices, charge batteries, or supply energy to the grid.

On the other hand, hybrid solar panels also feature a thermal collection system. This system captures solar heat and uses it to heat water or even provide space heating. A special fluid circulates through tubes integrated into the panel, absorbing solar heat and transferring it to a water tank. In this way, hot water for domestic use is produced, or heat is supplied to a heating system.

With both economic and environmental benefits, these panels are transforming the way we harness solar energy and contributing to a more sustainable future.

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How do hybrid solar panels work?

Hybrid solar panels combine two different technologies in a single system: photovoltaic and thermal. This allows them to harness both solar radiation and the sun’s heat to generate electricity and heat simultaneously and efficiently.

Photovoltaic technology: LThe photovoltaic part of the hybrid solar panel is composed of photovoltaic solar cells. These cells are made of semiconductor materials, such as silicon, which have the property of generating electricity when exposed to sunlight. When the sun’s rays strike the solar cells, the photons of light excite the electrons in the semiconductor material, creating an electric current. This electric current generated by the solar cells is collected through metal conductors and used to power electrical devices, charge batteries or supply energy to the electricity grid.

Thermal technology: The thermal part of hybrid solar panels is designed to harness solar heat. This part consists of pipes or ducts containing a special fluid, usually water or a mixture of water and glycol. When the sun’s rays hit this section of the panel, the fluid absorbs the heat and warms up. As the fluid heats up, it circulates through the tubes to a tank or heat exchanger, where it transfers the heat to the water used for heating or domestic hot water supply.

The key to how hybrid solar panels work lies in their ability to combine these two technologies and efficiently use solar radiation. The photovoltaic part generates electricity from sunlight, while the thermal part uses solar heat to heat water. Both systems can operate independently or simultaneously, depending on energy needs.

In summary, hybrid solar panels harness both solar radiation and heat from the sun to generate electricity and heat simultaneously. The photovoltaic part converts sunlight into electricity, while the thermal part uses solar heat to heat water. This combination of technologies allows for maximum use of solar energy, contributing to renewable energy generation, reduced energy costs, and environmental protection.

What are the advantages of hybrid solar panels?

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.

Adaptability: They can be applied in residential, commercial, and industrial settings, covering diverse energy needs.
Maximum energy efficiency: By combining solar radiation and heat, they optimise performance and resource use in a single system.

Technical features and specifications

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.

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Hybrid solar panel installation in Valencia and the Balearic Islands

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.

Price of hybrid solar panel installation

As for the price range for a hybrid solar panel installation it varies depending on several factors, such as the size of the system, the power required, and the complexity of the installation. It is advisable to contact solar energy experts, such as Ingeniería MASRED, who can provide personalised advice and offer detailed information on the specific costs and benefits according to each customer’s needs.

Remember that Ingeniería MASRED is at your disposal to advise you throughout the entire process of installing hybrid solar panels and to provide you with additional information. Please do not hesitate to contact us for further details and to find out how this technology can benefit you.

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Hybrid solar panels