Introducing IMMOBLADE’s Bioclimatic Glazing
Bioclimatic Glazing transforms the way solar protection is envisioned, marrying elegant design with pragmatic energy efficiency. IMMOBLADE, an innovative company established in 2018, has redefined solar glazing with simple yet advanced bioclimatic solutions. The approach integrates miniaturized blades directly into the argon space of double glazing. This clever integration prevents solar gains in summer, reducing overheating, while allowing the glazing to maximize heat gains in winter… The result is a passive, fixed solar protection that not only improves thermal comfort but also offers a sustainable solution for tertiary buildings, schools, and collective housing.
Main Benefits and Key Facts
The key advantages of these solar protection solutions are captured by several impressive figures and facts:
- Solar gains are blocked in summer to prevent building overheating.
- Heat gains are maximized in winter for enhanced warmth…
- A totally fixed and passive system that operates without energy and needs no maintenance.
- Applicable for new constructions and energy renovation projects alike.
- Customized solutions ensure the dimensions, orientation, and specific facade features are perfectly met.
Innovative Solar Protection Solutions
IMMOBLADE offers two standout solutions—SoliBlade and SoliArt. SoliBlade is an aluminum blind integrated directly into the double glazing, providing sophisticated shading without compromising the aesthetics of the building’s facade. On the other hand, SoliArt employs a screen-printed technique to control solar exposure, adding a layer of artistic design while performing its energy-saving function. Both solutions are designed with the trajectory of the sun in mind, ensuring that the solar glazing adapts to the natural rhythm of the day and seasons.
A Seasonal Strategy for Enhanced Comfort
A bioclimatic operation is at the heart of this technology. The design mimics the sun’s path—a smart and effective way to block high-intensity rays in summer to limit overheating, thereby reducing the need for air conditioning. In winter, the glazing favors the penetration of solar gains in order to naturally heat interior spaces. This simple yet effective method not only improves the thermal comfort of occupants but also reinforces building resilience against the impacts of climate change… It’s a win-win approach that puts sustainability and efficiency together.
Tailor-Made Solutions for Every Project
Each building project is unique, and IMMOBLADE’s solar protection solutions are no exception. The company meticulously studies the dimensions of the glazed areas, the orientation of the building, and even the specifics of its facades. This analysis ensures that every project receives a tailor-made solution perfectly suited to its energy requirements and architectural aesthetics. Whether it is for classrooms, administrative buildings, or industrial sites, the custom solutions not only reduce the carbon footprint but also comply with the most demanding thermal regulations, making them an ideal choice for energy renovation projects as well as new constructions.
Sustainable Impact of IMMOBLADE’s Solutions
- SDG 7 – Affordable and Clean Energy
- SDG 11 – Sustainable Cities and Communities
- SDG 13 – Climate Action
Collaborative Efforts to Build a Greener Future
IMMOBLADE stands as a committed partner in the fight against climate change and in the promotion of energy efficiency. The solar glazing that blocks solar gains in summer and opens access in winter is not only an engineering marvel but also a significant step towards reducing energy consumption in buildings. With proven performance in projects across Paris, Montpellier, and even under strict ABF regulations, the innovative solutions have proven essential for both aesthetics and functionality. Occupants enjoy improved thermal comfort and reduced reliance on mechanical heating or cooling systems, resulting in lower energy costs and a reduced carbon footprint. The company’s commitment is further underlined by its active participation in the development of low-carbon constructions, contributing strongly to a safer, more sustainable future.
