Six Unmatched Advantages of BIPV Curved Solar Tiles

With the continuous advancement of renewable energy technology and the growing popularity of environmental protection concepts, building-integrated photovoltaics (BIPV) has become an important trend in the future development of buildings. As an important component of building-integrated photovoltaics, solar tiles are experiencing unprecedented development opportunities.

BIPV has higher requirements for photovoltaic products,needs to be applied to various parts of the building, as a photovoltaic green building material, it must meet the requirements of both the photovoltaic and construction industries, and the quality standards must be more stringent. It must both perfectly integrate with the building and generate electricity to reduce emissions. Therefore, the applicable regions and scenarios of BIPV are very extensive.

BIPV curved photovoltaic power generation tiles, with their unique shapes and excellent performance, are attracting more and more consumer attention. So what are the advantages of curved photovoltaic power generation tiles?

Curved solar tiles are based on thin-film solar technology, combining flexible thin-film solar chips with ultra-white tempered glass,combining aesthetics and power generation performance, and customized tile colors can adapt to various architectural stylesbreaking the boundaries of traditional photovoltaic product applications.

As a photovoltaic power generation product, thin-film chipshave excellent weak light power generation performanceand are not afraid of cloudy or overcast weather. The unique three-curved shape of curved solar tiles allows sunlight to directly shine on the tiles at different times of the day, from dawn to dusk, allowing the thin-film chips to generate electricity,with working hours twice that of traditional products。

As a building material, curved solar tileshave seven environmental resistances and four protections, and their lifespan is two to three times that of traditional roofing materialsplaying a significant role in reducing building energy consumption. In terms offire resistance, curved solar tiles can achieve Class A fire resistancewhich is the highest level of fire resistance for building materials.

In terms of waterproofing performance,curved solar tiles provide double waterproofing protection for building roofs. In addition to the product's own waterproof rating of IP67, its installation method and tilt angle prevent rainwater from accumulating on the building roof.

The insulated and durable polymer composite material used in curved solar tiles can also protect against lightning strikes, and its sturdinesscan withstand 15-level winds, and can continue to operate under extreme weather conditions (－40°C to +85°C)It can also continue to work. In hail impact tests,it can withstand hail impacts with a maximum diameter of 25mm and an impact speed of 23m/s。

Compared to traditional roof tiles, BIPV curved solar tiles are more robust.

Its compressive strength is also excellent,withstanding 5400PaIn destructive tests, it can easily withstand the weight of two adults.

As a BIPV solar tile that embodies Oriental charm and rich Chinese culture, it integrates modern technology into buildings, giving building roofs new life with solar energy, and making zero-energy buildings possible.

Let's take a closer look at the six unmatched advantages of BIPV curved solar tiles:

1. Economic and Energy-Saving

Solar tiles allow buildings to achieve self-generation and self-consumption, with surplus electricity fed into the grid. The surplus electricity generated by solar tiles can be sold to the power company through the national power grid, saving electricity costs, quickly recouping equipment installation costs, and generating substantial long-term income from the grid-connected surplus electricity, achieving a win-win situation!

2. Durable

Traditional brick tiles usually develop various quality problems after 7-8 years of use, requiring roof resurfacing or partial renovation, which is time-consuming, labor-intensive, and severely affects product experience. Solar power generation tiles, while possessing power generation capabilities, have a lifespan of 25-30 years, with compressive strength, waterproofing, and impact resistance far exceeding those of traditional tiles, making them durable and widely acclaimed in the market.

3. Aesthetic and Personalized

Curved solar tiles perfectly combine Oriental architectural aesthetics with photovoltaic technology, making the entire roof look beautiful and atmospheric, with a strong sense of technology, greatly enhancing the building's appearance, and remaining fashionable and avant-garde even after 20 years.

4. Easy Installation

The operation of photovoltaic power generation systems does not involve mechanical rotating parts, requiring no fuel or water, and the power generation process is simple and convenient. Power generation tiles are not limited by resource distribution regions, taking advantage of building rooftops, and can be installed not only on residential rooftops but also in industrial-scale facilities. Photovoltaic power generation systems have short construction cycles, simple maintenance operations, and short energy acquisition times.

5. Green and Low-Carbon

Solar energy is high-quality and readily available, avoiding energy losses caused by long-distance transmission lines. The equipment operates without emitting any substances, including greenhouse gases, producing no vibration pollution, or radiation harmful to human health, making it a truly green and clean energy source that meets national requirements.

6. Wide Range of Applications

BIPV solar tiles have broad market application space in new villas, commercial public buildings, urban and rural public buildings, antique buildings, rural self-built houses, beautiful villages, characteristic towns, agricultural photovoltaic demonstration bases, tourist attractions, pavilions, bus stops, etc.

BIPV solar tiles bring higher quality to residents' lives, turning sunlight into wealth, reducing living expenses, making outstanding contributions to energy saving and emission reduction, turning zero-energy buildings from aspiration to reality, and will quickly become a trendsetter in the green era!