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Energy Efficient Aluminum Sunrooms

$75-150 /Square Meter

Frame material	Aluminum Alloy
option
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Payment Type: L/C,T/T,Paypal
Incoterm: FOB,CFR,CIF,EXW,FAS
Min. Order: 1 Square Meter
Transportation: Ocean
Port: SHENZHEN

Description

Product Attributes

Model No.: WD-AS013

Brand: Wendou

Warranty Service: 5 Years

After-sales Service: Free Spare Parts, Online Technical Support, Onsite Installation, Onsite Training, Onsite Inspection

Application Scenario: Villa, Outdoor, Exterior

Design Style: Contemporary, European, Asian, Modern, Chinese, French

Place Of Origin: China

Roof Material: Insulating Glass, Tempered Glass, Sun Sheets &Amp; Pc Embossed Sheets

Application: Villa

Color: Customized Color

Frame Material: Aluminum Alloy Material

Size: Customized Size

Usage: Enjoy Harmless Sunshine

Structure: Aluminium Alloy Structure Frame

Material: Aluminum Alloy Profile+Tempered glass+Hardware

Glass: Tempered glazing+Laminated glazing+Low-E glazing+Reflective glazing+Frosted glazing

Packaging & Delivery

Selling Units:	Square Meter
Package Type:	Adhesive protective film+Bubber film+Hardboard+Strechable plastic wrap+Non-fumigation plywood-crate
Picture Example:

Supply Ability & Additional Information

Packaging: Adhesive protective film+Bubber film+Hardboard+Strechable plastic wrap+Non-fumigation plywood-crate

Productivity: 150000㎡/year

Transportation: Ocean

Place of Origin: China

Supply Ability: 10000㎡/ per month

Certificate: NFRC/CE/AS2047

HS Code: 7610100000

Port: SHENZHEN

Payment Type: L/C,T/T,Paypal

Incoterm: FOB,CFR,CIF,EXW,FAS

Product Description

Energy-Efficient Aluminum Sunrooms utilize a high-strength aluminum alloy frame as its core structure, combined with hollow Low-E glass, thermal insulation technology, and an intelligent climate control system, resulting in glass buildings that provide year-round comfort.

1. Material Performance

Fractured-Bridge Insulation Technology

The aluminum alloy frame utilizes two inner and outer profiles, with a PA66 + 25% glass fiber composite insulation strip embedded in the middle. Its thermal conductivity is ≤ 0.3W/(m·K), effectively preventing thermal bridging. For example, 6063-T6 aluminum alloy profiles combined with 24mm wide insulation strips can reduce the overall heat transfer coefficient of the frame by 60%, resulting in 35% energy savings compared to traditional aluminum.

High Strength and Durability

The aluminum alloy profiles boast a yield strength of 215MPa, are wind-pressure-resistant, and have passed the 12-force typhoon test (wind pressure ≥ 3.5kPa). They can also withstand a snow load of 1.5kN/m². The surface features a nano-ceramic coating (emissivity ≤ 0.05), has passed 2,000 hours of salt spray testing, and boasts a service life exceeding 30 years, with maintenance costs 70% lower than steel structures.

Environmental Protection and Recyclability

Aluminum alloy has a 95% recycling rate, and production energy consumption is only 60% of PVC, meeting LEED v4.1 certification requirements. Its modular design allows for individual component replacement, further extending its service life.

2. Customized Aluminium Sunroom Energy Saving Advantages

Glass System Optimization

Heat-reflective coated glass: Shading coefficient ≤ 0.3, reducing summer air conditioning load by 32% (measured data from a Shanghai project).

Low-E insulating glass: K value ≤ 1.0 W/(m²·K), reducing winter heating energy consumption by 28% (data from a Beijing villa project).

Electrochromic glass: Transmittance adjustable from 10% to 80%, reducing energy consumption for artificial shading.

Smart Climate Control

Photovoltaic ventilation system: Annual power generation covers 30% of the system's electricity needs (the Dubai project generates 12,000 kWh annually). Quadruple waterproofing: Weather-resistant adhesive, EPDM sealant, watertight tape, and an internal drainage system ensure leak-free operation even in the rainy season.

EIB Bus Technology: Integrated wind, rain, and temperature sensors automatically control sunshades and skylights, achieving self-balancing energy consumption.

Quantified Thermal Performance

The overall heat transfer coefficient is ≤1.0W/(m²·K), meeting Passivhaus standards.

Insulation efficiency is improved by 35% in summer and 40% in winter, resulting in 55% energy savings compared to traditional sunrooms.

3. Aluminium Glass Solarium Sunroom Application Scenarios

High-end Residential

Regional Project: Curved aluminum sunrooms with a ground-source heat pump system maintain a constant temperature of 22°C year-round, reducing energy consumption by 60% compared to traditional buildings.

Villas: Electric folding doors allow for seamless transitions between indoor and outdoor spaces, and the photovoltaic roof's annual power generation meets 25% of electricity needs.

Commercial Spaces

Michelin-starred restaurants: Transparent sunrooms equipped with HEPA filtration systems keep PM2.5 levels below 10μg/m³ on smoggy days, creating "zero-energy dining pods."

Shopping malls: Double-skin aluminum frame structures withstand wind pressures up to 12kPa, maintaining a constant inner temperature of 28°C, reducing mechanical ventilation energy consumption by 45% annually.

Public Facilities

Botanical Garden Tropical Greenhouse: Aluminum sunrooms equipped with smart sunshades automatically adjust light intensity, shortening plant growth cycles by 20%.

Community libraries: Openable sunrooms provide natural ventilation, reducing mechanical ventilation energy consumption by 40% annually and achieving LEED Platinum certification.

4. Aluminum Sunrooms Installation Process

Foundation Construction: Cast a C30 concrete independent foundation with pre-buried M16 anchor bolts, ensuring a level tolerance of ≤2mm.

Lay a 2mm-thick HDPE moisture-proof membrane extending 500mm to the outer edge of the wall foundation.

Frame assembly

Mechanical connection is used (torque ≥ 45 N·m) with structural adhesive sealing (weather resistance ≥ 25 years).

When installing heat-reflective coated glass, a double sealant of butyl adhesive and silicone structural adhesive is used, achieving watertightness that meets EN 12208 standard E1050.

System Integration

When laying photovoltaic panels, the tilt angle is designed to be +5° relative to the local latitude to ensure optimal power generation efficiency year-round.

When installing the smart control system, an RS485 communication port is reserved to support HomeKit/Alexa platform integration.

Acceptance Criteria

Airtightness must meet EN 12207 standard Level 4 certification (n50 ≤ 1.5h⁻¹).

The overall heat transfer coefficient must be ≤ 1.0 W/(m²·K), meeting Passivhaus standards.

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