PERFECT THREE GLOBAL GROUP PTE. LTD.

Surface material: color-coated steel plate/aluminum-magnesium-manganese plate/stainless steel plate

Sheet core material: polyurethane/rock wool

Fireproof grade: A1/B1

Sheet thickness: 50/75/100/150/200mm

Surface material thickness: 0.4mm-0.8mm

Scope of application: roofs of various industrial and commercial buildings

The Greenfeng Classic Yuban Photovoltaic Energy-saving Roof System is a domestic photovoltaic building integrated special roof system successfully developed by Greenfeng Energy-saving Technology Co., Ltd. The system uses specially designed metal-faced polyurethane energy-saving panels as roof load-bearing and insulation panels, and can be easily installed with snap fasteners to form a photovoltaic energy-saving roof. It is a multifunctional roof system designed for large industrial and commercial buildings that integrates insulation, energy saving and solar energy utilization.

Production process

The board is formed by continuous cold bending of high-quality color-coated steel, with thermal insulation and flame-retardant polyurethane liquid injected into the middle. After high-pressure mixing, foaming, curing and other processes, the core material and surface material are strongly compounded. The entire production process is completed online by the Ohms polyurethane continuous automatic production line.

Product use

1. For new factories or commercial buildings planning to install photovoltaic roofs;

2. For renovated factories or commercial buildings where photovoltaic roofs are planned to be installed;

3. Used for ordinary factory or commercial building roofs;

4. For integrated houses planning to install photovoltaic roofs.

Product advantages

? The thermal insulation and energy saving effect of the roof system is remarkable. The rigid foam polyurethane material with world-recognized thermal insulation effect is used as the core material of the composite roof panel, so that the roof system has excellent thermal insulation and energy-saving performance.

? Effective use of clean energy, low carbon and environmental protection. Since solar energy density is low and highly dispersed, there must be sufficient receiving area to meet the energy required for photoelectric conversion. This system utilizes the surface area of ??building roofs to convert idle roofs into solar energy collection stations for photovoltaic power generation, which not only effectively utilizes clean energy, but also greatly reduces electricity costs.

? Standardized design, easy and fast installation. The specially designed wave crest shape of the roof panels of this system can be directly connected and locked with the bayonet parts. The bayonet parts are connected with the photovoltaic brackets to form an integrated bracket system to avoid the risk of water leakage caused by nails penetrating the roof fixing brackets.

? Systematic design to increase service life. The roof panels are combined with large crests and reinforcing ribs, and are compounded with rigid polyurethane foam, which greatly increases the bearing capacity of the roof system, improves the stability of the roof system, and extends the service life of the roof; the bracket design makes the roof compatible with solar energy Natural heat dissipation channels are formed between the panels, which effectively reduces the temperature of the solar backplane, improves the photoelectric conversion rate and increases the service life of the solar panels.