| Customization: | Available |
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| Material: | Polycrystalline Silicon |
| Form of Expression: | Building material Type |
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What Is a Solar Roof?
Like solar panels, solar roofing is designed to capture the energy from the sun that is shining on your roof and turn that energy into a usable power source for your home. Though different types of solar roofing products are available, they are all essentially mini solar panels designed to look like and function as conventional roofing materials. The main market driver of solar roofing products was consumer demand for solar panels that were less noticeable and conspicuous. Though some people appreciate the "futuristic" look of a roof clad in solar panels, others lament the loss of traditional roofing appearance. Solar roofing, then, is made to resemble asphalt shingles or slate tiles while also producing electricity. All of the different types of solar roofing are known as building-integrated photovoltaics (BIPV).
Item
| Item | Titan solar tiles(long) | Titan solar tiles(short) |
| Power output | 95Watt | 40Watt |
| Product size | 1260*480mm | 630*480mm |
| Effective size | 1210*420mm | 580*420mm |
| Weight | 15.5kg | 7.5kg |
| Class materials | tempered glass/3.2mm+3.2mm | |
| Plug connector | MC4 | |
| Life span | over 30 years | |
| Item | Heliu solar tiles |
| Power output | 80W |
| solar cells | monocrystalline |
| Weight | 6.5kg |
| products size | 1340*420mm |
| effective size | 1260*370mm |
| life span | over 30 years |
| Item | Sol solar tiles |
| products size | 1190*390*23mm |
| effective size | 1170*365*23mm |
| power output | 80watt |
| life span | over 30 years |
| weight | 6kg |
| solar cells | monocrystalline |
Residential Villa,Public Building,Rural House,Rebuild House,Demonstration Project
CE: IEC 61215, IEC 61730, 3C, ISO 9001:2015, ISO 14001:2015, ISO 45001: 2018. Obtained the world's first BIPV Rheinland TUV certification, and the first enterprise in the industry to obtain dual certification of TUV and CTC building materials.One of the first companies in China to have green building materials certification.
Quality Advantage
1. Our products are approved by ISO9001,CE,TUV, CCC and are certified by several patents with our intellectural property
2. focusing on the development of "smart buildings" and "smart energy" for more than ten years and R&D experience.
3. Cost effective. We have 138 BIPV patents and more than 100 BIPV subjects, custom made accepted.
Brand Advantage
1. professional engaged in the research, development, sale and service of BIPV, Solar Tiles, Green Building Material, High-eff Solar Poly and Mono modules, Solar System solutions and etc
2. My factory unified product use of "GAIN Solar" a registered trademark.
Technology Advantage
1. In addition to the functions of traditional building materials for heat preservation, heat and sound insulation, our parts are also beautiful , Safety, long life using, easy installation and clean energy generation and other advantages.
2. Owns independent R&D institutions, Soldering, EL Test, Lamination machine, Autoclave and Laminated Furnace.
3. Own processing equipment, high controllability.
Service Advantage
1. Responding to customers' needs within 6 hours
2. Ensured delivery within agreed time
RFQ
Where Can You Install Building Integrated Photovoltaics (BIPV)?
Essentially, anywhere that sunlight directly hits the exterior surface of your home, homeowners can potentially incorporate BIPVproducts into the building design. Companies that operate in the BIPV market continue to find ingenious ways to integrate BIPV products into the building envelope seamlessly. They can be part of standard building components such as façades, roofs, or windows. Though you could not generate electricity by placing solar panels on your home foundation, virtually anywhere that sunlight is present, you may be able to find a BIPV product to install.
What Types of Building-Integrated Photovoltaics Can You Buy?
BIPV products used to be exclusively for roofing. This feature makes sense since our roofs generally receive the most direct solar radiation. Most early innovators in BIPV technology focused on replacing traditional roofing with panels, tiles, or shingles that could generate renewable solar energy while protecting the home from the elements. The impetus for this innovation stemmed from asimple economic calculation. Suppose the average cost of a roofing replacement in the USA costs between $5,500 and $11,500. In that case, solar panels that doubled as a roof could essentially "subsidize" part of the cost of going solar.
BIPV products are systems that can function as a component of the building skin or envelope while simultaneously converting solar energy into electricity by serving a dual purpose. Instead of attaching solar panels to a separate roof or façade, BIPV products can offer weather protection, thermal insulation, noise protection, daylight illumination, and even increased safety, along with an independent, clean source of renewable energy for your home. According to one financial analysis, building-integratedphotovoltaic products' total global market size will grow to an astounding $59.5 billion by 2028. As more and more companies rush to enter the BIPV industry, the market could see a compound annual growth rate of at least 20 percent! In practical terms, this means that the options for building-integrated photovoltaics currently available to homeowners and builders will only continue to expand. Prices should also continue to drop as competition stiffens and more innovative products become available. The combination of the plummeting cost of solar energy and innovative technologies in solar energy production (such as thin-film technologies, solar cell efficiency, open-circuit voltage, short circuit current, maximum effect, and fill factor) will almost certainly continue to drive innovation in BIPV products.
How Much Energy Can BIPV Produce?
The exact amount of energy that BIPV products or systems can produce is contextual. The total amount of energy will depend on several environmental factors related to your home location, including: Insolation/Solar Radiation: The average amount of solar radiation your home receives, as calculated by kWh/m2/day, is the most common way to describe the amount of solar resources in a particular area. Check out this tool provided by the US Department of Energy to determine your home's solar radiation potential. Climate and other Weather Conditions: Both scorching summer temperatures and continuously cloudy/rainy conditions can negatively affect the system output for all types of BIPVs. Also, urban areas with high levels of air pollution may increase cleaning and maintenance requirements to ensure the BIPV systems operate at maximum efficiency. Shading Conditions: Though solar technologies today deal better with shady conditions, the presence of trees, buildings, and other structures that block the sun from your home for long periods of the day will reduce the BIPV system energy production.
Are BIPV Worth It?
The primary appeal of BIPV products is twofold. BIPV systems increase the space on and around that home where you can turn solar radiation into usable energy for your home. More importantly, is the economic factor because BIPV products serve a double function. They provide renewable energy while also protecting the house, reducing the cost of autonomous solar energy generation for homeowners. By using solar shingles instead of asphalt panels, homeowners can essentially "discount" the roofing price from their solar installation. The same "discount" could also be applied to skylights, railings, skylights, and other places where manufacturers could design BIPV systems.
How Long do BIPV Last?
Another added economic benefit with some BIPV systems is that they could potentially be much more durable than the building systems/elements they replace. For example, most asphalt shingle roofs have an average lifespan of 15 years. Conversely, most solar shingles will last 25-30 years with only a small drop in efficiency towards the end of that lifespan. The total economic savings associated with a BIPV roof, then, should take into consideration the cost of two roof installations. You could apply the same principle to solar facades and other BIPV systems.
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