Integrated Photovoltaic Solutions
Cutting-edge technology that combines renewable energy generation with modern architectural design for sustainable and efficient buildings.
Photovoltaic Glass
What is Photovoltaic Glass?
Photovoltaic glass is an innovative solution that integrates energy generation technology directly into building glass structures. Through a photovoltaic layer, these glasses convert sunlight into electrical and thermal energy while providing additional thermal insulation, improving the building's energy efficiency.
Advantages:
- Solar Energy Generation: Photovoltaic glass converts 16% of visible light radiation into electricity and 6% into thermal energy, contributing to the building's energy efficiency.
- Heat Reduction: The vacuum chamber in these glasses helps reduce heat transfer to the building interior, improving thermal comfort.
- High Efficiency: They outperform other photovoltaic technologies in terms of efficiency and performance, thanks to their advanced light absorption and passivation properties.
- Aesthetic and Functional Design: They adapt to various architectural applications, from facades to windows and roofs, providing energy without compromising aesthetics.
How It Works
Definition and Operation
Photovoltaic glass works through a photovoltaic film layer that converts solar light radiation into electricity. This film is low in emissivity, which means it reflects infrared radiation and ultraviolet rays, protecting the building interior from excessive heat.
The glass has a vacuum chamber that helps minimize heat entry, improving the building's thermal insulation. This process allows the photovoltaic glass to generate electricity while maintaining the thermal comfort of interior spaces.
The photovoltaic glass panel, with a crystalline appearance, offers excellent visual quality and performance. The photovoltaic modules are modular and standardized, facilitating their integration into any construction project.
Technical Information
Product Specifications:
- Panel Power: Power range between 50 W and 200 W.
- Temperature Coefficient: -0.29% ºC. This ensures optimal performance even with temperature changes.
Applications:
- Double laminated glass facades, triple laminated or insulating chamber glass (DVH).
- Windows and other architectural elements seeking to maximize energy efficiency.
Variety and Durability:
- Available in a wide range of colors, transparencies, and reflectances.
- Standardized modular design with a lifespan of over 30 years.
Solar Tile
What is the Solar Tile?
The Solar Tile is an innovative solution that combines the traditional aesthetics of tiles with solar energy generation. Designed to integrate perfectly into any roof, it offers an elegant and efficient alternative for renewable energy generation.
Advantages:
- Safety and Durability: Class A fire resistance rating, hurricane resistance, and structural waterproofing.
- Durability: Complies with mandatory certification standards for building materials and has a lifespan similar to buildings.
- Installation and Maintenance: Penetration-free installation, modular design, and easy to replace.
- Compatibility and Cleaning: Compatible with most metal tiles, self-cleaning, and unobstructed drainage.
Technical Information
Specifications:
- Maximum Power: 120W per tile
- Power per Square Meter: 191W/㎡
Solar Roof Panel
What is the Solar Roof Panel?
The Solar Roof Panel is an innovative system designed to integrate perfectly into flat roofs, offering an efficient and aesthetically pleasing solar energy generation solution. Made with ultra-transparent tempered glass of 6+6 mm, this panel not only generates electricity but also adapts to the modern aesthetics of residential and commercial buildings.
Advantages:
- Aesthetics and Modern Design: Perfect for flat roofs, the panel offers a discreet and elegant design with ultra-transparent tempered glass.
- Safety and Protection: The panel has Class A fire protection, ensuring its safety and reliability.
- Optimal Transparency: Allows atomized light transmission, with options of 10% and 18% light transmission, making it suitable for various applications and design needs.
- Durability: This panel has an estimated lifespan of 30 years, providing reliable energy generation for several decades.
How It Works
Definition and Operation
The Solar Roof Panel converts sunlight into electrical energy through high-efficiency monocrystalline photovoltaic cells. These cells are integrated into a modular design that facilitates installation on flat roofs. As light hits the panel, the photovoltaic cells convert it into electricity, which can then be used to power various applications within the building.
The panel is also designed to facilitate water drainage, preventing water accumulation on the roof and maintaining the efficiency and durability of the system.
Technical Information
Panel Specifications:
- Maximum Power per Module: 275 W, providing efficient energy generation capacity.
- Modular Dimensions: 1635 x 1185 x 52.8 mm. These standardized measurements allow for faster installation and adaptation to different types of roofs.
- Module Weight: 67 kg, an appropriate weight to ensure panel stability without being excessively heavy.
- Cell Type: Monocrystalline cells offer greater efficiency in converting sunlight to electrical energy.
- Generation Time: The panel has a durability of 30 years, ensuring a reliable long-term return on investment.
- Water Drainage Design: Incorporated into the design to ensure that water drains properly and does not affect the performance of the solar system.
Portable Solar Panel
What is the Portable Solar Panel?
The Portable Solar Panel is an off-grid solar generation system, designed to be lightweight, flexible, and easy to transport and install. Ideal for small spaces, such as balconies, building facades, and patios, this panel converts sunlight into electrical energy, helping to reduce dependence on the electrical grid. The modular design allows for flexible integration in different spaces, providing high added value with excellent performance characteristics.
Advantages:
- Lightweight and Flexible: Made with an optimized composite material, the panel is 60% lighter than other solar systems, maintaining the same energy generation capacity.
- Easy Installation and Transport: Its portable design allows for quick and uncomplicated installation. It can be easily transported and mounted in places like balconies, patios, or facades.
- Performance in Low Irradiance: Generates energy efficiently even in low light conditions, such as mornings, evenings, and cloudy days.
- Durability and Long Lifespan: The panel has an appearance warranty of 8 to 10 years and an electrical performance lifespan of 25 years, ensuring a reliable and lasting return on investment.
- Customization: Adapts to various scenarios, making it a versatile option for different types of homes and buildings.
How It Works
Definition and Operation
The Portable Solar Panel converts sunlight into electrical energy through a simple and efficient process. The system includes a microinverter and connectors, allowing the panel to be connected directly to the electrical grid or other energy storage devices. Its modular design of 1200 x 900 x 15 mm allows for easy integration in small spaces such as balconies and facades.
The installation process is very simple:
- Secure the panel to the balcony structure using a fastening strap.
- Connect the microinverter to the solar panel.
- Connect the extension cable and plug it into the electrical grid or an energy storage system.
Key Benefit: The panel is designed to maximize energy generation in low irradiance conditions, making it ideal for climates with partially cloudy skies or when sunlight is not as direct.
Technical Information
Technical Features:
- Panel Size: 1200 x 900 x 15 mm, an ideal size for applications on balconies and building facades.
- Power: Efficient electrical energy generation capacity, especially at low irradiance.
- Microinverter: Included to convert direct current (DC) to alternating current (AC), facilitating connection to the electrical grid.
- Optimized Composite Material: 60% lighter than other solar systems, without compromising performance.
Warranty:
- Appearance: 8 to 10 years.
- Electrical Performance: Up to 25 years, ensuring prolonged use without losing efficiency.
Applications:
- Apartment and House Balconies.
- Building Facades.
- Patios, Perimeter Walls, and Metal Fences or Railings.
