不影響建筑外觀

Not affecting the appearance of the building

當(dāng)建筑與光伏合二為一，便使整個(gè)建筑打上了鮮明的視覺烙印，彰顯出一座城市綠色生態(tài)、可持續(xù)發(fā)展的格調(diào)理念。在BIPV建筑中，光電玻璃可通過搭載多種自研技術(shù)可實(shí)現(xiàn)傳統(tǒng)建材的各種尺寸、顏色、圖案及材質(zhì)肌理，同時(shí)通過系統(tǒng)化電氣+結(jié)構(gòu)深化設(shè)計(jì)，把接線盒、旁路二極管、連接線等電氣零部件隱藏在建筑結(jié)構(gòu)中，既可以防止陽(yáng)光暴曬和雨水侵蝕，又不會(huì)影響建筑物的整體外觀效果。

When buildings and photovoltaics are integrated, the entire building is left with a distinct visual imprint, highlighting the style and concept of green ecology and sustainable development of a city. In BIPV buildings, photovoltaic glass can achieve various sizes, colors, patterns, and material textures of traditional building materials by incorporating various self-developed technologies. At the same time, through systematic electrical and structural deepening design, electrical components such as junction boxes, bypass diodes, and connecting wires are hidden in the building structure, which can prevent sunlight exposure and rainwater erosion without affecting the overall appearance of the building.

滿足建筑物的采光要求

Meet the lighting requirements of buildings

比直接安裝光伏板更安全。接安裝光伏板雖然簡(jiǎn)單，但是光伏板和建筑的結(jié)合度不夠高，而且直接安裝光伏板僅僅限于屋頂使用，對(duì)屋頂?shù)拇笮?、坡度、采光等等都有一定要求。但是BIPV則不同，由于材料高度一體化、集成化，因此不但能滿足建筑的采光要求，而且和建筑的結(jié)合度非常好，更安全更可靠。

It is safer than directly installing photovoltaic panels. Although installing photovoltaic panels is simple, the integration between the panels and the building is not high enough, and direct installation of photovoltaic panels is only limited to the use on the roof, with certain requirements for the size, slope, lighting, and so on of the roof. However, BIPV is different. Due to its highly integrated and integrated materials, it not only meets the lighting requirements of buildings, but also has a very good integration with the building, making it safer and more reliable.

能使建筑真正實(shí)現(xiàn)零能耗

Can truly achieve zero energy consumption in buildings

現(xiàn)有的各種綠色建筑技術(shù)只能為建筑節(jié)能降耗，并不能使建筑自身產(chǎn)生能源。而BIPV技術(shù)在節(jié)能降耗的同時(shí)，還能發(fā)電，產(chǎn)生清潔能源，從而滿足建筑的零耗能，使建筑真正實(shí)現(xiàn)碳中和。

The existing green building technologies can only save energy and reduce consumption for buildings, and cannot generate energy for the buildings themselves. BIPV technology can not only save energy and reduce consumption, but also generate electricity and clean energy, thereby meeting the zero energy consumption of buildings and truly achieving carbon neutrality.

性價(jià)比高

High cost performance ratio

相比于其他綠色建筑技術(shù)和綠建產(chǎn)品、設(shè)備，BIPV技術(shù)及光伏綠色建材價(jià)格并不是最貴的。如一平米被動(dòng)式門窗價(jià)格在1000-3000元，甚至更高；而一平米光伏綠色建材僅800-1000元；同時(shí)，光伏綠色建材能產(chǎn)生清潔電力，可為建筑節(jié)省電費(fèi)，可回收成本，從全生命周期來(lái)看，比其他綠色建材性價(jià)比更高。

Compared to other green building technologies, products, and equipment, BIPV technology and photovoltaic green building materials are not the most expensive. The price of passive doors and windows per square meter ranges from 1000 to 3000 yuan, or even higher; And one square meter of photovoltaic green building materials costs only 800-1000 yuan; Meanwhile, photovoltaic green building materials can generate clean electricity, save electricity costs for buildings, and recover costs. From a full lifecycle perspective, they are more cost-effective than other green building materials.

使用壽命長(zhǎng)

Long service life

系統(tǒng)中除組件和部分導(dǎo)水系統(tǒng)外，其他部件處于相對(duì)較好的密封環(huán)境，比常規(guī)彩鋼瓦屋頂?shù)氖褂脡勖L(zhǎng)。同時(shí)由于BIPV系統(tǒng)要結(jié)合建材屬性，在施工建造過程中需要專門采用憎水性玻璃面板與主水槽、防水密封等形成屋面防排水系統(tǒng)，能夠在整個(gè)使用周期過程中盡可能地避免漏水隱患。

Except for the components and some water guiding systems, other components in the system are in a relatively good sealing environment, which has a longer service life than conventional color steel tile roofs. At the same time, due to the fact that BIPV systems need to combine the properties of building materials, hydrophobic glass panels, main water tanks, waterproof seals, etc. need to be specifically used during the construction process to form a roof waterproofing and drainage system, which can minimize the risk of water leakage throughout the entire service life.