Solardoise: photovoltaic solar slate combining aesthetics and performance
Developed by Solar Structure, the Solardoise photovoltaic module is a premium solution, designed to combine architectural aesthetics and energy performance. With more than 35,000 modules installed in four countries, it embodies a model of sustainability, manufacturing quality and advanced technology.
What does the Solardoise photovoltaic module consist of?
Each Solardoise module is composed of high-quality elements, carefully selected to ensure yield, durability and weather resistance.
It includes:
• A dual-glass structure with two 3.2 mm tempered glasses offering high mechanical protection
• 48 M10 TOPcon monocrystalline silicon photovoltaic cells (half-cell format of 210 mm)
• A high-performance EVA encapsulant
• A black backsheet for uniform aesthetics
• An IP67 junction box integrating 3 bypass diodes
• 1500 mm output cables with TS4/MC4 connectors
With a peak power of 240 Wp (i.e. 173.69 Wp/m²), a weight of 23.5 kg and dimensions of 1316 x 1050 mm, Solardoise adapts to both small surfaces and large roofs, including in areas with demanding weather conditions.
This solar slate perfectly illustrates the integration between energy efficiency and architectural respect.
What does the Solardoise photovoltaic module consist of?
Each Solardoise module is composed of high-quality elements, carefully selected to ensure yield, durability and weather resistance.
It includes:
• A dual-glass structure with two 3.2 mm tempered glasses offering high mechanical protection
• 48 M10 TOPcon monocrystalline silicon photovoltaic cells (half-cell format of 210 mm)
• A high-performance EVA encapsulant
• A black backsheet for uniform aesthetics
• An IP67 junction box integrating 3 bypass diodes
• 1500 mm output cables with TS4/MC4 connectors
With a peak power of 240 Wp (i.e. 173.69 Wp/m²), a weight of 23.5 kg and dimensions of 1316 x 1050 mm, Solardoise adapts to both small surfaces and large roofs, including in areas with demanding weather conditions.
This solar slate perfectly illustrates the integration between energy efficiency and architectural respect.
Quand le solaire devient signature
Parce que chaque projet Solar Structure est unique, voici ceux qui parlent le mieux aux architectes.
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Verrière photovoltaïque
INEO Argenteuil
Bâtiment tertiaire : verrière sur-mesure intégrée dès l'APD
Des lignes épurées, une lumière naturelle préservée, une production électrique silencieuse. La verrière photovoltaïque INEO est l'exemple type d'une enveloppe architecturale qui travaille pour le bâtiment sans se montrer.
Parement de façade solaire
Yquelon
Façade active : intégration architecturale contemporaine
Le parement de façade habille l'édifice d'une peau solaire cohérente avec son architecture. Ici, l'énergie renouvelable devient un choix de matériau, pas une obligation réglementaire.
Solardoise
Église de Brémoy
Patrimoine classé (zone ABF) couverture intégrée
Preuve que le BIPV n'est pas réservé au contemporain. La Solardoise a obtenu l'accord de l'Architecte des Bâtiments de France et restitue fidèlement l'esthétique de l'ardoise naturelle sur un édifice protégé.
What is the power output of a Solardoise photovoltaic panel?
The Solardoise photovoltaic module displays a nominal power of 240 Wp, i.e. 173.69 Wp/m². This peak power level is particularly suited to a wide variety of solar projects, whether it's a supplementary installation, a self-consumption system or complete roof coverage.
Thanks to its dual-glass structure and high-performance monocrystalline cells, Solardoise ensures reliable solar production in varied conditions. Its lightness -- only 23 kg/m² -- makes it compatible with roofs with specific weight constraints, as is often the case on old tile roofs, whose frames are already used to their maximum capacity. This is a considerable advantage compared to standard overlay modules that can reach 60 kg/m².
The advantages of the Solardoise solar slate
The Solardoise module offers a rare combination of technical and aesthetic advantages. Its slate format, its building integration and its durable materials allow perfect integration in high heritage value environments, without compromising performance.
This module stands out notably for:
• Its ultra weather-resistant dual-glass structure (rain, wind, heat, frost)
• Its compatibility with roof slopes from 15° to 55°
• High durability and a 20-year manufacturing warranty
• A power warranty at 87% over 25 years, ensuring longevity and energy profitability
Its essential role is to produce renewable electricity while preserving the visual appearance of historic or sensitive buildings.
