Description

Solar Innova photovoltaic glasses, for architectural integration (BIPV), are conceived as building elements, that is, they can be part of the structure of a building in substitution of conventional construction materials while generating electricity.

 

Photovoltaic Integrated

Photovoltaic modules architectonic integration, also named “Solar Architecture” or “BIPV” (Building Integrated Photovoltaics), is defined as the installation of those photovoltaic modules that keep a double function; energetic and architectonic (cotaing, enclosure or shading) and replace conventional constructive elements too or can be constituents elements of the architectonic composition.

 

Solar Innova BIPV photovoltaic modules line has been developed considering engineers and architects to provide them of modules that can be integrated functionally and aesthetically into facades and roofs where simultaneously serve as an architectonic material and energy generator.

Effective Architecture

The latest technological developments in photovoltaic allow nowadays possible to integrate photovoltaic panels on the surfaces of buildings and building components, leading to a new photovoltaic application, called BIPV (Building Integrated PhotoVoltaic).

 

The photovoltaic solar glass is an innovative building material high technology; Perfectly Integrating solar photovoltaic cells in a glass structure.

 

Replaces the traditional building materials; PV is an integrated production system in buildings, providing clean power to the building and bringing the production cost alternatives energies to conventional energy.

 

Photovoltaic systems have BIPV starting with the great advantage that they are, today, the renewable energy electricity production best suited to cities and public environments, thanks to its silent features of production and clean. Under these assumptions and considering the growing awareness about the environment, the future which promises to BIPV (Building Integrated Photovoltaics) facilities is really promising.

Technology

Solar Innova technology shows the latest technological advances in the field of photovoltaic integration, this is intended to cover all our customers' needs and provide a customized solution.

 

In the photovoltaic sector, BIPV systems are classified as completely different to conventional facilities on-grid (photovoltaic plants on deck and on land with or without solar tracking). Although they share some common features, they differ in the purpose for which they are designed.

 

In conventional photovoltaic systems is the idea of financial product, which disburses capital investor, it pays and gets a profit after a period of time. All the energy generated is fed to the grid and purchased by utilities. This raw power is undoubtedly true subsidy of the installation, which makes it a profitable and viable product.

 

By contrast, in the BIPV installations there are other values ​​that prevail over the economic performance, such as innovation, modernity, integration with the environment, aesthetics, etc.

Benefits

The benefits obtained from the photovoltaic architectural integration are not only economic derived from the production of clean electricity; but also you from projecting a tangible image of innovation, future and ecology in every new building project.

 Services

1.- Evaluación

Se examinan soluciones fotovoltaicas integradas en edificios de éxito, incluso en las etapas de planificación y diseño preliminar de un proyecto para que los proyectos de características específicas se puedan ser tener en cuenta en una etapa temprana.

2.- Asesoramiento

En el caso de situaciones complejas de instalación, la fabricación BIPV ofrece asesoramiento sobre las posibilidades de proyectos de diseños de módulos para proyectos específicos. También se presta apoyo del ingeniero electricista con respecto al diseño de las instalaciones eléctricas para el sistema de integración arquitectónica.

3.- Especificaciones

Las especificaciones del producto se determinan de manera cooperativa y se define el modo de comunicación. Se puede hacer un cálculo detallado del rendimiento de la instalación fotovoltaica.

4.- Fabricación

La estrecha cooperación entre el fabricante BIPV y los otros proveedores de servicios que participan en el proyecto, garantiza el desarrollo de un producto adaptado que cumpla con todos los requisitos específicos requeridos.

5.- Instalación

Las empresas asociadas instalan en el sitio los módulos solares a medida.

 Design

Orientation

When designing photovoltaic integration in a building, it is vital to orient the panels to direct sunlight.

 

By calculating the shadow angles of a building's façade you can determine the optimal position of a panel. Depending on your position and the season, shadow angles logically differ for different cities.

 

As shown in the graph, the orientation of the building as well as the angle of the panels are crucial to determine the output of the panels.

 

The amount of incident solar radiation on a surface depends on its orientation and angle of inclination. The optimum angle of inclination varies according to the latitude of the installation site: the further the distance from the equator, the steeper the optimum installation angle.

 

Shading

Shading can significantly affect the yield of a PV system. It can have many different causes, such as vegetation, neighbouring buildings, self-shading due to construction elements, or layers of dirt on overhanging parts of the mounting system. This shading can also change due to growth, new buildings or different user behaviour.

 

Such sources of shade can be minimized by careful planning in order to maximize the incident solar radiation. Simulations of the daily and yearly path of the shadows can be carried out to enable the position of the solar modules and the orientation and cubature of the building to be optimized accordingly.

 

If shading cannot be completely avoided, its effects can be reduced by adapting the module technology, the module design and the electrical connection of several modules.

 

Hemisferio Norte

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Hemisferio Sur

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 Projects

Ventilated Facade

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  • bipv-fachada-v-4bipv-fachada-v-4
  • fv-1-alzado-1fv-1-alzado-1
  • fv-1-seccion-1fv-1-seccion-1
  • fv-2-alzado-2fv-2-alzado-2
  • fv-2-seccion-2fv-2-seccion-2
  • fv-pulpos-alzadofv-pulpos-alzado

Cold Facade

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  • fnv-1-vc-alzado-1fnv-1-vc-alzado-1
  • fnv-1-vc-seccion-1fnv-1-vc-seccion-1
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Roofs

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Skylights

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Balcony

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  • si-esf-m-bipv-bl-m156-30-1si-esf-m-bipv-bl-m156-30-1
  • si-esf-m-bipv-bl-m156-30-2si-esf-m-bipv-bl-m156-30-2
  • si-esf-m-bipv-bl-m156-42-1si-esf-m-bipv-bl-m156-42-1
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Greenhouse

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Canopy

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Parkings

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PhotoVoltaic Noise Barrier (PVNB)

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Pergola

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Eaves

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  • alero fotovoltaico-a-seccion-1alero fotovoltaico-a-seccion-1
  • alero fotovoltaico-na-alzado-1alero fotovoltaico-na-alzado-1
  • alero fotovoltaico-na-seccion-1alero fotovoltaico-na-seccion-1

Cornices

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Parapets

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  • antepecho fotovoltaico-1antepecho fotovoltaico-1
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  • antepecho-fv-3antepecho-fv-3
  • antepechos-alzado-esteantepechos-alzado-este
  • antepechos-alzado-norteantepechos-alzado-norte
  • antepechos-alzado-oesteantepechos-alzado-oeste
  • antepechos-alzado-surantepechos-alzado-sur
  • antepechos-seccionantepechos-seccion

Railings

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Floor

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Windows

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 Applications

Facades

Integration of photovoltaic modules in buildings can be accomplished in many different ways and results in a wide range of solutions.

 

The facades provide a first glimpse of the building the visitor. It is the means often used by architects and designers to convey the idea of the building and the wishes of the customer through a language of forms and colors. If you are interested in designing a futuristic, sophisticated and green image, photovoltaic materials will help greatly.

 

Solar Innova modules integrated photovoltaic technology used in the BIPV installations are multifunctional. That is, in addition to generating electricity, also meet all the requirements demanded by conventional facades weather protection and acoustic agents, heat insulation. On the other hand, represent an innovation aesthetic character regarding conventional facades.

 

Currently we discern two types of plants on facade:

  • The first one is the integration of conventional PV modules already built a facade. Directly engage by traditional fastening systems, and is not necessary to provide the weather protection panel. With this rehabilitations are achieved dated obtaining also a business opportunity to integrate economically active element.

  • The second possible form of integration is to configure the building facade using photovoltaic modules as building material. The panels become an integral part of the structure of the building and as such, must provide the necessary strength characteristics and protect against external agents.

 

The fact that the photovoltaic modules can be used both with or without rear facades ventilation, such balustrades or attics, provides more freedom of design and allows attractive façade conducting surface at a uniform exterior finish.

 

Regarding the architectural design, the façade becomes a very neat and tidy, thanks to precision fit is achieved between the panels, a rare design difficult to achieve with other materials aesthetics.

 

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Rooftops

Our panels are integrated into many applications shaped glass roof.

 

Photovoltaic Solar Innova glasses are perfectly integrated into the buildings while preserving the aesthetics of them. This is thanks to the wide variety of possible configurations in size, color, transparency, shape, etc.

 

By incorporating rooftop existing levels of energy savings are achieved only reach new buildings.

 

In photovoltaic roofs, ecology blends with habitability and efficiency, resulting in environmentally friendly buildings that take care of the people who inhabit them.

 

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Skylights

With Solar Innova integration modules will get skylights create stunning effects in addition to adopting a remarkable feeling of space, to add natural light and ventilation to any room.

 

Serve as thermal cover semitransparent solar protection against glare and weather as well as providing a selective use of natural light. Large areas with optimized tilt angles also ensure high solar yields.

 

Skylights Solar Innova help you achieve extraordinary results in any building, stunning spaces and environments with a strong visual. The use of skylights BIPV systems also provides a touch of exclusivity and elegance.

 

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Balcony

Photovoltaic balconies allowed to take full advantage of this part of the surface of an apartment or a building exposed to sunlight and at the same time, are a way to improve their appearance.

 

It is often characterized by an exceptional elegance, for which they become architectural elements that try to emphasize instead of hiding the cells that produce energy.

 

The photovoltaic module is a component element of the bottom of the balcony railing. We use photovoltaic laminate safety glass having the same physical and structural characteristics than a traditional panel, but with almost unlimited design possibilities, applicable to both new buildings and balconies and balconies of apartments or existing buildings.

 

To make the balconies and balustrades we use transparent photovoltaic glass or semi-transparent colored cells, typically mono or polycrystalline. These have an irregular texture which usually improves the visual appearance of the terrace.

 

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Greenhouses

The greenhouses are enclosures in which temperature, humidity and other environmental factors are kept help to promote agricultural crops. They are always located in open areas where they receive large amounts of direct solar radiation.

 

The greenhouses commonly used in agriculture, have an arc section and are located longitudinally north-south to reduce excessive radiation during mid-day. The overall result in a cultivation system is characterized by an optimal temperature profile avoiding peaks that may be harmful.

 

Solar Innova greenhouses are calculated and constructed to resist both the weight of its own roof with photovoltaic modules and other loads such as rain, wind and snow.

 

The metallic structure in Solar Innova greenhouses is obtained by repeating a base module whose floor and elevation dimensions have been designed specifically so that the installation of the photovoltaic system is completely fit. Its crystal and metal structure is perfect for the integration of solar panels and from an aesthetic point of view it does not have any impact in the surrounding environment.

 

We have several possibilities to meet different needs:

  • Multi-shed roof: This structure is specially indicated for large surfaces, it avoids diminishing the greenhouse effect and brings the possibility of producing electricity, maximizing the productivity of crops.

  • One-side roof: This model allows the total coverage of the surface for the installation of the photovoltaic system and, therefore, it permits to obtain a great production of electricity.

  • Shed roof: Similar to the previous one but with one of the sides of the cover without covering to allow greater luminosity in case it is necessary for the crops.

 

The reasons for the installation of a solar greenhouse are:

  • Aesthetic value.

  • Total integration.

  • Harnessing surfaces.

  • Improvement in the production of crops.

  • Clean energy production.

  • Reduction of CO2 emissions.

 

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Canopies

Solar Innova has developed a Photovoltaic Canopy solution that consists of a structure where a photovoltaic solar installation guarantees on-site power generation.

 

The installation of photovoltaic solar panels on this canopy allows multiple functions such as creating shade, protection against rain, hail and snow, as well as significant energy savings

 

This design is based on a canopy with a photovoltaic integration on the roof, inclined 1º with respect to the horizontal, with a variable orientation with respect to the azimuth, depending on the specific needs of each plot.

 

The cover has a minimum slope, able to smoothly evacuate rainwater or snow and that also is versatile in any orientation.

 

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Carports

Solar Innova as developed a solution consisting of Photovoltaic Parking structure where an installation of photovoltaics guarantees on-site energy generation.

 

The design is based on a parking module for two cars with integrated photovoltaic on the cover 7º inclined with respect to horizontal, with variable azimuthal orientation relative to the depending on the specific needs of the field where it is located.

 

The aesthetic sense of this solution seeks maximum possible energy production and maximum protection from adverse conditions, such as rain, snow or wind weather.

 

The cover has a minimum slope, able to smoothly evacuate rainwater or snow and that also is versatile in any orientation.

 

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Noise Barrier

Traffic noise has been recognised by the World Health Organization as a major factor contributing to environmental pollution. Besides causing annoyance, it has significant negative health impacts on populations living close to road infrastructure.

 

One promising approach is the exploitation of the potential of integrating photovoltaic modules in noise barriers. The photovoltaic noise barriers (PVNB), as they are commonly referred to, enable effective noise abatement to be combined with the simultaneous production of renewable energy.

 

Integration of PV modules into sound barriers along motorways and railways is a interesting alternative to building integration. Photovoltaic noise barriers (PVNB) along motorways and railways today permit one of the most economic applications of grid-connected PV with the additional benefits of large scale plants and no extra land consumption. Just as in the case of buildings, no land area is consumed and the supporting structure is already in place.

 

Besides helping to reduce greenhouse gas emissions into the atmosphere, adoption of PVNB carries a range of other positive economic, social and environmental benefits.

 

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Pergolas

Photovoltaic solar pergolas are an alternative way to replace the materials traditionally used in construction to generate shadows.

 

One of the great advantages of photovoltaic glass BIPV Solar Innova is acting as a filter for ultraviolet and infrared radiation, both harmful to health, in addition to providing buildings clean and free energy from the sun.

 

These facilities have several aspects:

  • Help raise awareness of citizenship transmitting the commitment to the use and promotion of renewable energies.

  • The integration of renewable energies in urban areas.

  • Capitalize unused areas.

  • Demonstrate that this rational energy use can be made profitable economically.

 

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Eaves

Solar Innova offers products and solutions adapted to the needs of the construction sector, providing Architects and Engineers the possibility of incorporating the photovoltaic installation into the aesthetics of the building.

 

BIPV photovoltaic panels are a perfect solution for use in the formation of eaves, since they constitute a range of active technological glasses that have the property of generating electrical energy and can be used both in new buildings and in renovations.

 

These types of solutions are perfect to unite design and functionality, thus merging design and electrical installation. The eaves are transformed thanks to the panels into integral elements of the building's electrical installation.

 

The use of BIPV panels in the formation of eaves, allows not only to achieve the desired effect with the glass, but also simultaneously a solar control and an electrical production is carried out.

 

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Cornices

Solar Innova offers products and solutions adapted to the needs of the construction sector, providing Architects and Engineers the possibility of incorporating the photovoltaic installation into the aesthetics of the building.

 

BIPV photovoltaic panels are a perfect solution for use in the formation of cornices, since they constitute a range of active technological glasses that have the property of generating electrical energy and can be used both in new buildings and in renovations.

 

These types of solutions are perfect to unite design and functionality, thus merging design and electrical installation. The cornices are transformed thanks to the panels into integral elements of the building's electrical installation.

 

The use of BIPV panels in the formation of cornices, allows not only to achieve the desired effect with the glass, but also simultaneously a solar control and an electrical production is carried out.

 

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Parapets

Solar Innova offers products and solutions adapted to the needs of the construction sector, providing Architects and Engineers the possibility of incorporating the photovoltaic installation into the aesthetics of the building.

 

Solar Innova offers products and solutions adapted to the needs of the construction sector, providing Architects and Engineers the possibility of incorporating the photovoltaic installation into the aesthetics of the building.

 

BIPV photovoltaic panels are a perfect solution for use in the formation of parapets, since they constitute a range of active technological glasses that have the property of generating electrical energy and can be used both in new buildings and in renovations.

 

These types of solutions are perfect to unite design and functionality, thus merging design and electrical installation. The parapets are transformed thanks to the panels into integral elements of the building's electrical installation.

 

The use of BIPV panels in the formation of parapets, allows not only to achieve the desired effect with the glass, but also simultaneously a solar control and an electrical production is carried out.

 

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Railings

Solar Innova offers products and solutions adapted to the needs of the construction sector, providing Architects and Engineers the possibility of incorporating the photovoltaic installation into the aesthetics of the building.

 

BIPV photovoltaic panels are a perfect solution for use in the formation of handrails, since they constitute a range of active technological glasses that have the property of generating electrical energy and can be used both in new buildings and in renovations.

 

These types of solutions are perfect to unite design and functionality, thus merging design and electrical installation. The rails are transformed thanks to the panels into integral elements of the building's electrical installation.

 

The use of BIPV panels in the formation of railings, not only allows to achieve the desired effect with the glass, but also simultaneously a solar control and an electrical production is carried out.

 

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Floor

With the photovoltaic floor, sustainability and architecture come together to create unique spaces where we can generate free electricity without sacrificing the useful space it occupies.

 

The possibilities for integration are multiplied by being able to personalize this product with a multitude of colors, textures and even the possibility of illuminating it with LED lights with the energy generated by it.

 

The photovoltaic floor is passable and non-slip, complies with the anti-slip regulations, supports 400 kg in the punctual load tests and offers an efficiency similar to the rest of constructive solutions.

 

The photovoltaic floor is very attractive, can be integrated into any project, without sacrificing design or aesthetics, while combining passive elements (avoiding CO2 emissions) with active elements (power generation) considerably reducing the impact of the building on the environment.

 

The solutions of Solar Innova are multifunctional since they combine active and passive properties, giving numerous advantages to the buildings that incorporate them.

 

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Windows

Solar Innova offers products and solutions adapted to the needs of the construction sector, providing Architects and Engineers the possibility of incorporating the photovoltaic installation into the aesthetics of the building.

 

BIPV photovoltaic panels are a perfect solution for use in the formation of windows, since they constitute a range of active technological glasses that have the property of generating electrical energy and can be used both in new buildings and in renovations.

 

These types of solutions are perfect to unite design and functionality, thus merging design and electrical installation. The windows are transformed thanks to the panels into integral elements of the electrical installation of the building.

 

The use of BIPV panels in the formation of windows, allows not only to achieve the desired effect with the glass, but also simultaneously a solar control and an electrical production is carried out.

 

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 Regulations

Europe

  • Directive 2014/35/EU of the European Parliament and of the Council of 26 February 2014 on the harmonisation of the laws of the Member States relating to the making available on the market of electrical equipment designed for use within certain voltage limits.

  • EN 1863-1, Glass in buildings. Heat strengthened soda lime silicate glass. Part 1: Definition and description.

  • EN 1863-2, Glass in building - Heat strengthened soda lime silicate glass. Part 2: Evaluation of conformity/Product standard.

  • EN ISO 12150-1, Glass in building. Thermally toughened soda lime silicate safety glass. Part 1: Definition and description.

  • EN ISO 12150-2, Glass in building. Thermally toughened soda lime silicate safety glass. Evaluation of conformity/Product standard.

  • EN ISO 12543-1, Glass in building. Laminated glass and laminated safety glass. Definition and description of component parts.

  • EN ISO 12543-2, Glass in building. Laminated glass and laminated safety glass. Laminated safety glass.

  • EN ISO 12543-3, Glass in building. Laminated glass and laminated safety glass. Laminated glass.

  • EN ISO 12543-4, Glass in building. Laminated glass and laminated safety glass. Test methods for durability.

  • EN ISO 12543-5, Glass in building. Laminated glass and laminated safety glass. Dimensions and edge finishing.

  • EN ISO 12543-6, Glass in building. Laminated glass and laminated safety glass. Appearance.

  • EN 12600, Glass in building. Pendulum test. Impact test method and classification for flat glass: Impact test classification 1B1, as a result, the product and the production process are CE compliant according to EN 12543, part 1 to 6.

  • EN ISO 12758, Glass in building. Glazing and airborne sound insulation. Product descriptions and determination of properties.

  • EN 14449, Glass in building, Laminated glass and laminated safety glass, Evaluation of conformity/Product standard.

  • EN 50380, Datasheet and nameplate information for Photovoltaic Modules Specifies data sheet and nameplate information for non-concentrating photovoltaic modules.

  • EN 50583-1, Photovoltaics in buildings - Part 1: BIPV modules.

  • EN 50583-2, Photovoltaics in buildings - Part 2: BIPV systems.

 Downloads

Certificates

EN 50583-1 (pdf)

Balconies

SI-ESF-M-BIPV-BL-M156-28

SI-ESF-M-BIPV-BL-M156-30

SI-ESF-M-BIPV-BL-M156-42

SI-ESF-M-BIPV-BL-P156-28

SI-ESF-M-BIPV-BL-P156-30

SI-ESF-M-BIPV-BL-P156-42

SI-ESF-M-BIPV-BL-A-2

Manual for BIPV Projects

 

Solar Architecture is not a fad, it's survival.

Sir Norman Foster

Architecture is the starting point for one who wants to lead humanity towards a better future.

Le Corbusier

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