Jackery Nexus Sîstema Pakêtkirina Jîr by Wei Bai, Zhiqiang Cai and Rubo Chen

Jackery Nexus Sîstema Pakêtkirina Jîr by Wei Bai, Zhiqiang Cai and Rubo Chen is a highly esteemed winner of the very prestigious 2026 Xelata A' Design Award a Zêrîn in Dîzayna Meta, Stratejîk û Xizmetê Competition Category.

ZêrXizmet· 2026

Jackery Nexus Sîstema Pakêtkirina Jîr

by Wei Bai, Zhiqiang Cai and Rubo Chen

Client: Shenzhen Hello Tech Energy Co.,Ltd

Xelata A' Design Award a Zêrîn Winner in Xizmet Category

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Verified Award Winner
Verify Award Status for #179532

View at A' Design Award Press Release Award Badge

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The Design

About Jackery Nexus Sîstema Pakêtkirina Jîr

Jackery Nexus sîstemeke pakêtkirina jîr e ji bo elektronîkên xerîdaran. Etîketên NFC û RFID di nav qutiyên standard de tên bicihkirin, ku pakêtkirinê vediguherîne navrûyeke dîjîtal. Şopandina lojîstîkê, envantera partiyan, piştrastkirina resenayiyê û daneyên çerxa jiyanê bi rêya platformeke ewrî tên birêvebirin. Bikarhêner bi lêdana qutiyê bi telefonê digihîjin rêbernameyên dîjîtal, naveroka rastiya zêdekirî û agahiyên berhemê. Sîstem di nav pêvajoyên hilberînê yên heyî de dixebite, ji ber vê yekê pakêtkirin ne wekî konteynereke avêtinê, lê wekî kanaleke xizmetê ya demdirêj kar dike.

The Recognition

About the Xelata A' Design Award a Zêrîn

Jackery Nexus Sîstema Pakêtkirina Jîr xelatgirê Xelata A' Design Award a Zêrîn e, nasîneke pir bi prestîj ku ji sêwiranên pola yekem, ecêb û berbiçav re tê dayîn. Xelatgirên Zêrînê afirandinên pir nûjen, dûrbîn û geş in, yên ku jêhatîbûn, şehrezayî û hêza sêwiranerên xwe nîşan didin. Tê hêvîkirin ku Jackery Nexus Sîstema Pakêtkirina Jîr vedîtineke pir hatiye pesindan, trendsazker û mezin be ku nirxeke bêhempa peyda dike. Ev sêwirana bi Zêrînê serketî projeyeke ecêb û hêja ye ku sînorên huner, zanist, sêwiran û teknolojiyê fireh dike. Jackery Nexus Sîstema Pakêtkirina Jîr daxwaza xurt çêdike, coşê şiyar dike, afirînerîyê teşwîq dike û me heyirî dihêle.

Behind the Design

Press Kit

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

Unique Properties: The Jackery Smart Packaging System redefines packaging as a digital infrastructure rather than a disposable container. By integrating RFID into standard packaging, it enables lifecycle-level visibility, authentication, and continuous user interaction. Users access digital manuals, AR content, and real-time product data via NFC, while brands gain scalable service channels. Packaging becomes a long-term interaction node delivering systemic innovation and commercial value.
Dimensions & Packaging: The Jackery Smart Packaging System includes standard boxes with embedded NFC chips and RFID tags. Each set contains the packaging unit, electronic tags, and a cloud interface module. NFC operates at 13.56 MHz; RFID offers HF and UHF with batch reading. Packaging is customized per product to secure electronics. The system supports multi-device connectivity, data sync, and remote updates, with standardized interfaces ensuring reliability, scalability, and long-term performance.
Tags: Smart Packaging, System Design, Digital Packaging, Service-Oriented Packaging, Lifecycle Design, RFID Application, NFC Interaction, Supply Chain Visualization, Sustainable Packaging, Packaging Innovation
Production Technology: The system embeds NFC and RFID into standard packaging, integrating real-time logistics tracking, batch inventory, anti-counterfeiting, and lifecycle data via a cloud platform. Users access AR, digital manuals, and product info through NFC. Materials and structure are engineered for stability and scalability, enabling mass production without altering existing processes. Smart tech is seamlessly fused into packaging, elevating it from passive container to interactive, data-driven system.
Design Challenge: The main challenge was integrating system-level capabilities into traditional packaging without disrupting production or supply chains. Packaging’s fixed processes, roles, and one-time use mindset posed internal barriers, while regulatory compliance, mass-production feasibility, cost, and data consistency were external constraints. Through a system-based design approach and cross-team collaboration, abstract service and data concepts became practical, scalable packaging solutions.
Research: This applied design research explored packaging’s role in digital and service contexts. Using process analysis, scenario mapping, prototypes, workflow modeling, and pilot tests, design, engineering, and supply chain teams participated. Results show system-based packaging improves information flow, efficiency, and engagement, reduces gaps, and extends service value, offering scalable, industry-leading guidance for sustainable, business-focused design.
Inspiration: The Jackery Smart Packaging System was inspired by the limits of traditional packaging single use, static, and disconnected from digital information. We redefined packaging as a dynamic, intelligent, and sustainable platform. By integrating NFC and RFID, it enables lifecycle data tracking, supply chain transparency, and user interaction. Packaging becomes a long term bridge between brand and user, making every unboxing an intelligent, connected, and meaningful experience.
Project Duration: The project was initiated in 2025 within Jackery’s design and engineering teams in China. Development and validation were carried out through close collaboration between packaging design, engineering, and supply chain teams. The project has been iteratively refined and prepared for application across multiple product lines and global markets.
Operation Flow: The Jackery Smart Packaging System treats packaging as the starting point for information and interaction. As products move through production, storage, and logistics, packaging is identified and updated, creating a continuous information flow. At the user end, it becomes an intuitive service entry, providing guidance through simple interaction. Without extra devices, packaging evolves from a disposable container into a lifecycle service carrier, enhancing efficiency, clarity, and experience.
Team Members: Wei Bai, Zhiqiang Cai, Rubo Chen and Lvhan Chen