Longi Hi Mo X6 Artist Modulo Fotovoltaikoa by Longi Green Energy Technology Co.,Ltd.

Longi Hi Mo X6 Artist Modulo Fotovoltaikoa by Longi Green Energy Technology Co.,Ltd. is a highly esteemed winner of the very prestigious 2024 Burdinazko Saria A' Design Award in Energia Produktu, Proiektu eta Gailuen Diseinua Competition Category.

BurdinaEnergia· 2024

Longi Hi Mo X6 Artist Modulo Fotovoltaikoa

by Longi Green Energy Technology Co.,Ltd.

Client: Longi Green Energy Technology Co.,Ltd.

Burdinazko Saria A' Design Award Winner in Energia Category

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Verified Award Winner
Verify Award Status for #159387

View at A' Design Award Press Release Award Badge

Colors

The Design

About Longi Hi Mo X6 Artist Modulo Fotovoltaikoa

Longi Hi Mo X6 Artist etxeetarako eguzki-energia sistemetarako diseinatutako modulo fotovoltaiko bat da. Moduluak HPBC zelula beltzen teknologia erabiltzen du, itxura beltz garbia sortzen duena. Aurpegi aurrekoan ez dago soldadura-zerrendarik ez sareta-lerrorik, horrela argia hainbat angelutatik jasotzen da. Islapen baxuko testura batek eta film antiislatzaile batek kolorea uniforme mantentzen dute modulua norabide desberdinetatik ikustean. Beira estrukturalak mikro-zizelkatutako testura bat du, argia modu uniformean zabaltzen duena eta distira murrizten duena. Bi aurpegiko beirak eta POE egitura bikoitzak irteera elektriko egonkor eta fidagarria bermatzen dute.

The Recognition

About the Burdinazko Saria A' Design Award

Longi Hi Mo X6 Artist Modulo Fotovoltaikoa Burdinazko Saria A' Design Award irabazlea da, ondo diseinatutako sorkuntzetatik espero diren eskakizun profesional eta industrialak betetzen dituzten diseinu onei ematen zaien aitorpen prestijiotsua. Burdin-mailako irabazleek beren sortzaileen trebetasun handia, espezializazio handia, adituen ulermena eta sormen-gaitasuna erakusten dituzte. Longi Hi Mo X6 Artist Modulo Fotovoltaikoa oso estimatua, miretsia eta maitea den sorkuntza izatea espero da, praktikoa eta berritzailea dena. Burdinazko Saria A' Design Award irabazi duen diseinu honek sektoreko praktika onenak integratzen ditu eta know-how-ari eta talentuari lotutako ezaugarri tekniko gaituak ditu. Longi Hi Mo X6 Artist Modulo Fotovoltaikoa zehaztasunagatik errespetatua den lana da, eta mundua leku hobea egiten laguntzen duten bizi-kalitatearen hobekuntzak eskaintzeko diseinatua dagoena.

Behind the Design

Press Kit

Credits, team members and technical details provided by the designer.

Unique Properties: This PV module utilizes the high efficiency HPBC black battery technology, which results in a distinctive pure black appearance and offers benefits, including low carbon emissions, environmental sustainability, safety, reliability, and stable power. The module presents a novel technological solution for home PV systems. To meet the aesthetic demands of modern PV product users, the module is based on the concept of Technology to Beauty, which balances technology and artistic beauty.
Dimensions & Packaging: 1722mm*1134mm*30mm
Tags: Photovoltaic module, pure black design, front gridless design, HPBC battery technology, high efficiency photovoltaic conversion
Production Technology: The HPBC technology optimises the power temperature coefficient, generating power more stably. The front design eliminates solder strips and grid lines, allowing it to receive light from multiple angles. The full backside soldering technique improves the resistance to hidden cracks. The bifacial glass and double POE structure also reduces module attenuation and the risk of failure. Furthermore, the structural glass features an artistic micro-carving texture, enhancing its appearance.
Design Challenge: The challenge is to achieve the visual effect of pure black. The module employs an HPBC black battery, and a front gridless design with low reflective texturing technique ensures no discernible colour difference between the batteries when viewed from multiple angles. The antireflective film with optimised thickness reduces the intensity of bluelight reflections, lending each battery a pure black colour. Structural glass further ensures uniform black colour across all installation angles.
Research: The increasing demand for clean energy has led to the widespread adoption of home PV systems to utilise renewable energy. However, the traditional design of PV modules often clashes with the aesthetics of household buildings and fails to efficiently utilise solar energy. To address this issue, a PV module with elegant styling and pure black colour has been created. Meanwhile, it features advanced technology to improve PV conversion efficiency, thereby maximising energy output.
Inspiration: The inspiration of the design is derived from a profound comprehension of the future direction of energy products and the aesthetic preferences of consumers. The design team has integrated cutting edge technology into the sleek, pure black form to demonstrate a deep appreciation for technology and a commitment to elegance in both material selection and detail treatment, delivering a new energy experience and visual delight to modern households.
Project Duration: The product is scheduled to launch in the European market in April 2024, followed by other markets worldwide.
Operation Flow: The principle of diffuse reflection is at the core of the structural glass design, which distributes light evenly and repeatedly in different directions. It reduces the generation of glare, enhances visual comfort, and mitigates light pollution. The microdimensional surface of the glass has been crafted to be less susceptible to fingerprints, presenting a cleaner appearance and facilitating user maintenance. The design team has streamlined the process to ensure easy and quick installation.
Patents: CN202320007212.72023-08-04
CN201720080886.42017-10-27
CN201720080887.92018-01-19
CN201710183626.42018-11-09
CN201920802456.82020-01-21
CN201920802585.72020-01-21
CN201920802510.92020-02-28
CN202020648796.22021-01-05
CN202020844158.82021-01-05
CN202021861788.22021-03-12
CN202021249229.62021-04-09
CN202021249708.82021-04-09
CN201910465318.X2022-03-08
CN201910810760.12023-05-05
CN201720297541.42017-11-24
CN202320314909.92023-08-29
CN202321246320.62023-11-17
CN202320855419.X2023-11-17
CN202320680558.32023-10-03
CN202221638759.92023-01-17
CN202122018861.02022-06-10
CN202121491135.42022-03-08
CN202121488713.92022-03-08
CN202121482548.62022-03-08
CN202121491132.02022-03-08
CN202121488528.X2022-03-08
CN202110742674.92023-03-21
CN202222235388.62023-03-28
CN202021029225.72021-03-12
CN202121577537.62022-02-15
CN202320678835.72023-09-29
CN202222567574.X2023-05-05
CN202321233078.92023-12-01
CN202321757849.42023-12-26
CN202221713127.42023-01-17
CN202320533621.02023-11-28
CN202321315704.92023-11-28
CN202321494561.22023-11-28
CN202321492073.82023-11-28
CN202320517379.82023-09-29
CN202320517669.22023-08-29
CN202222196972.52023-02-03
CN202320119802.92023-08-04
CN201721306882.X2018-06-15
CN202321401970.32023-11-28
CN202321509227.X2023-12-26
CN201921724647.32020-06-23
CN202120596980.12021-12-21
CN202020930479.X2021-02-19
CN202021869039.42021-04-09
CN202021441007.42021-04-09
CN202022179637.52021-08-10
CN202022087491.12021-10-15
CN202120460476.92022-01-07
CN202120460457.62022-01-07
CN202120459752.X2022-01-07
CN202010463625.72022-05-13
CN202110734108.32023-08-08
CN202222432570.02023-03-28
CN202122443513.82022-05-10
CN202111182302.12023-12-05
CN202011535877.22022-12-06
CN202023103464.52021-11-12
CN202023140813.02021-11-12
CN202023098420.82021-11-12
CN201910907389.02022-10-14
CN201910810759.92021-08-10
CN201910810755.02021-10-15
CN201910791309.X2022-01-07
CN201910792400.32022-02-18