Roofs usually have photovoltaic (PV) panels, which are big, rectangular pieces of glass with metal frames. But places with limited terrace space are often not preferred for solar panel system installation. To cater to this SolarLab paired innovation with technology. Without compromising with aesthetics and efficiency Innovative integration of solar panels into facades by SolarLab makes every building suitable for solar panel installation.
SolarLab and different manufacturers are redefining these conventional PV panels by introducing more flexible designs and material qualities. This further allows architects to use large facade surfaces advantageously generating more renewable energy without any architectural compromises. Apparently, with new and improved technologies it is possible to control the color, luster, and finish of these solar panels to make them aesthetically pleasing without compromising their efficiency.
SolarLab’s new solutions are emphasizing the fusion of functional benefits, aesthetic appeal along with sustainable energy production. Facade solutions can go beyond traditional Building Integrated Photovoltaics (BIPV) by including cladding, electrical components, fireproofing, and insulation. This allows for simplified installation and design freedom. Customized solar panels are no longer restricted to standard sizes and can vary from 360 mm (about 1.18 ft) to 3600 mm (about 11.81 ft) wide, fitting any architectural structure. Different types of solar panels can be used, such as curtain walls, louvers, and rain screens.
1. Curtain Wall
The solar panels in this case are part of the building and replace some of the glass panels. The durable glass surface helps protect the building and produces electricity. This way SolarLab improves solar energy generation by PV panel facade integration.
2. Louvers
Brise soleil, also known as sunbreakers, are architectural features that combine solar protection and energy production. These features are mounted on the facade of a building, either horizontally or vertically, using fins. They are ready-made and customized systems that seamlessly integrate high-performance photovoltaics. This system comes in a variety of exclusive finishes and is designed to meet local codes and requirements.
3. Rain Screen
The ventilated solar facade is a great way to make buildings stronger and cheaper to operate. It shields the structure from things like rain and wind. It also has a layer that helps reduce the building’s heat, and it generates free and sustainable electricity. The facade is easy to install and inspect, and it can be used in new buildings or renovations.
The product palette offers a range of choices, including black crystal, metallic finishes, variegated colors, and ceramic-like coatings. The addition of deep-framed glass with 3D patterns creates dynamic visuals through shadows and reflections. The adjustable panels allow architects to create captivating visual effects with different angles and displacements.
Also See: Step Sustainably with Recyclable 3D-Printed Sneakers from Zellerfeld
Some SolarLab Projects
With flexibility and design freedom offered with this technique enables SolarLab to try the following projects.
1. Student Experience International New Build
In Amsterdam, there’s a project called the Student Experience International that has over 3,000 square meters of solar panels that cover the whole building. These panels generate a large amount of energy for the building. The roofs are also used for social activities and green spaces. The solar panels have different colors, but that’s because of how light hits them at different angles.
This creates a changing facade appearance throughout the day, especially at midday and sunset. As the sun moves, the anisotropic coating transforms the reflected color, creating an enchanting range of ever-changing shades that defy fading.
2. Copenhagen International School New Build
The innovative integration of solar panels into facades by SolarLab at the Copenhagen International School features a unique solar rain screen made of around 12,000 inclined panels. These panels are all the same size and appearance, creating a visually pleasing facade that interacts with sunlight and the surroundings. This sustainable building is certified as a Passive House and is not only impressive architecturally, but also adds to the community’s aesthetics and enjoyment.
The color was chosen to match the sun and the sea and sky reflections. The panels are inclined to make the school look smaller and more suitable for children. It produces electricity and looks nice even on gray days.
The company envisions a future where cities are adorned with buildings that generate energy from their facades, seamlessly blending sustainability and architectural excellence. This promises a brighter and greener future for urban landscapes worldwide. SolarLab aims to encourage the integration of customized solar facades into various other projects.