Photovoltaic Sandwich Panel: Integrated Solar Energy Solution
Overview:
Our Photovoltaic Sandwich Panel combines cutting-edge solar technology with high-performance construction materials to create an integrated energy solution for modern buildings. Designed to generate renewable energy while providing superior insulation and structural support, these panels are ideal for commercial, industrial, and residential projects. Harness the power of the sun and enhance your building’s efficiency with our innovative photovoltaic sandwich panels.
Key Features:
1. Integrated Solar Technology:
High-efficiency photovoltaic cells embedded within the panel
Generates clean, renewable energy directly from sunlight
Reduces reliance on grid power and lowers electricity bills
2. Superior Insulation:
Advanced core material offers excellent thermal and acoustic insulation
Helps maintain consistent indoor temperatures, reducing energy consumption
Enhances occupant comfort and minimizes heating and cooling costs
3. Durability and Strength:
Constructed with high-quality outer layers for maximum durability
Resistant to weathering, moisture, and impact, ensuring long-lasting performance
Fire-resistant properties provide added safety and compliance with building standards
4. Versatile Applications:
Ideal for roofs and facades in commercial, industrial, and residential buildings
Suitable for both new constructions and retrofit projects
Enhances the sustainability and energy efficiency of any building
5. Aesthetic Appeal:
Sleek, modern design integrates seamlessly with various architectural styles
Available in different finishes and colors to match building aesthetics
Provides a clean, professional appearance with no visible fasteners
6. Easy Installation:
Lightweight and easy to handle, reducing labor costs and installation time
Designed for quick and secure assembly with interlocking edges
Compatible with standard building materials and systems
Specifications:
Core Material: polyurethane (PU), polyisocyanurate (PIR), rockwool, fiberglass wool
Facing Material: PPGI steel sheet
Photovoltaic Cell Type: monocrystalline, polycrystalline, thin-film
Panel Thickness: 50mm, 100mm, 150mm, 200mm
Panel Width: 1000mm
Panel Length: Customizable to project requirements
Power Output: 185W, 200W, etc.
Thermal Conductivity: R value 10, 12
Fire Resistance: class A1
Applications:
Commercial buildings (offices, shopping centers, hotels)
Industrial facilities (warehouses, factories)
Residential properties (apartments, houses)
Public infrastructure (schools, hospitals, community centers)
Any construction project requiring integrated renewable energy solutions
Why Choose Our Photovoltaic Sandwich Panel?
Our Photovoltaic Sandwich Panel offers an innovative solution that combines renewable energy generation with superior building performance. With its high-efficiency solar cells, excellent insulation, and durable construction, it is the perfect choice for modern, sustainable building projects. Trust in our expertise and commitment to quality to enhance the energy efficiency and sustainability of your structures.
Photovoltaic Sandwich Panel: Integrated Solar Energy Solution
Overview:
Our Photovoltaic Sandwich Panel combines cutting-edge solar technology with high-performance construction materials to create an integrated energy solution for modern buildings. Designed to generate renewable energy while providing superior insulation and structural support, these panels are ideal for commercial, industrial, and residential projects. Harness the power of the sun and enhance your building’s efficiency with our innovative photovoltaic sandwich panels.
Key Features:
1. Integrated Solar Technology:
High-efficiency photovoltaic cells embedded within the panel
Generates clean, renewable energy directly from sunlight
Reduces reliance on grid power and lowers electricity bills
2. Superior Insulation:
Advanced core material offers excellent thermal and acoustic insulation
Helps maintain consistent indoor temperatures, reducing energy consumption
Enhances occupant comfort and minimizes heating and cooling costs
3. Durability and Strength:
Constructed with high-quality outer layers for maximum durability
Resistant to weathering, moisture, and impact, ensuring long-lasting performance
Fire-resistant properties provide added safety and compliance with building standards
4. Versatile Applications:
Ideal for roofs and facades in commercial, industrial, and residential buildings
Suitable for both new constructions and retrofit projects
Enhances the sustainability and energy efficiency of any building
5. Aesthetic Appeal:
Sleek, modern design integrates seamlessly with various architectural styles
Available in different finishes and colors to match building aesthetics
Provides a clean, professional appearance with no visible fasteners
6. Easy Installation:
Lightweight and easy to handle, reducing labor costs and installation time
Designed for quick and secure assembly with interlocking edges
Compatible with standard building materials and systems
Specifications:
Core Material: polyurethane (PU), polyisocyanurate (PIR), rockwool, fiberglass wool
Facing Material: PPGI steel sheet
Photovoltaic Cell Type: monocrystalline, polycrystalline, thin-film
Panel Thickness: 50mm, 100mm, 150mm, 200mm
Panel Width: 1000mm
Panel Length: Customizable to project requirements
Power Output: 185W, 200W, etc.
Thermal Conductivity: R value 10, 12
Fire Resistance: class A1
Applications:
Commercial buildings (offices, shopping centers, hotels)
Industrial facilities (warehouses, factories)
Residential properties (apartments, houses)
Public infrastructure (schools, hospitals, community centers)
Any construction project requiring integrated renewable energy solutions
Why Choose Our Photovoltaic Sandwich Panel?
Our Photovoltaic Sandwich Panel offers an innovative solution that combines renewable energy generation with superior building performance. With its high-efficiency solar cells, excellent insulation, and durable construction, it is the perfect choice for modern, sustainable building projects. Trust in our expertise and commitment to quality to enhance the energy efficiency and sustainability of your structures.