Innovative Research Award
Fanglan Guan
Beijing Institute of Fashion Technology, China
Fanglan Guan is affiliated with the Beijing Institute of Fashion Technology in China, where the recorded organizational affiliation is associated with material design and technology. The available research information identifies fiber supercapacitor technology as the subject area and records one research document in the supplied profile. The institutional affiliation is also represented in research-organization identifier systems, providing a basis for connecting the researcher with the Beijing Institute of Fashion Technology.
Abstract
Fanglan Guan is a researcher affiliated with the Beijing Institute of Fashion Technology, China, with a research focus on fiber supercapacitors. Fiber-based supercapacitors represent a class of flexible energy-storage technologies in which electrochemical energy-storage components are developed in fiber or textile-compatible forms. Such approaches are relevant to the development of wearable and flexible electronic systems because fiber architectures can support integration with textile structures. Research in this area commonly involves the relationships among electrode materials, fiber structures, electrochemical performance, mechanical flexibility, and device integration. The supplied profile records one research document for Fanglan Guan and associates the researcher with material design and technology at the Beijing Institute of Fashion Technology.
Keywords
Fanglan Guan; fiber supercapacitor; supercapacitors; fiber energy storage; flexible electronics; wearable electronics; textile technology; electrochemical energy storage; functional fibers; material design; materials science; Beijing Institute of Fashion Technology.
Introduction
Fiber supercapacitors are part of a broader research field concerned with adapting electrochemical energy-storage technologies to flexible and textile-compatible geometries. Unlike conventional rigid energy-storage components, fiber-shaped devices can be designed for integration into fabrics, flexible structures, and wearable systems. Research commonly addresses electrode architecture, conductive materials, electrolyte systems, charge-storage mechanisms, mechanical durability, and the balance between electrochemical performance and device flexibility.
Research Profile
The available information identifies Fanglan Guan as being affiliated with the Beijing Institute of Fashion Technology from July 2005 to the present in the area of material design and technology. The supplied organization record identifies Beijing Institute of Fashion Technology in Beijing, China, and provides the institution’s official web domain as bift.edu.cn.
Research Contributions
Within the supplied subject classification, Fanglan Guan’s research is associated with fiber supercapacitors. Fiber supercapacitor research generally explores the conversion of electrochemical energy-storage concepts into fiber-shaped configurations suitable for flexible or textile-based applications. Important research dimensions include the selection and structuring of active materials, electrical conductivity, ion transport, electrode configuration, capacitance, energy and power characteristics, cycling behavior, and mechanical flexibility.
Publications
The supplied researcher information records one document associated with Fanglan Guan. The available input does not provide the complete bibliographic metadata, title, journal, publication year, DOI, or publisher information for that document. Accordingly, no specific publication details are inferred here. A complete publication bibliography should be constructed from a verified bibliographic database or the original publication record.
Research Impact
The potential significance of fiber supercapacitor research is associated with the development of flexible energy-storage architectures for applications in wearable electronics, smart textiles, flexible sensors, and related electronic systems. Fiber-shaped energy-storage devices are investigated because their geometry can provide opportunities for integration with textile structures and other flexible substrates.
Award Suitability
Fanglan Guan’s documented affiliation with the Beijing Institute of Fashion Technology and research focus on fiber supercapacitors provide a subject-specific basis for consideration under an Innovative Research Award category. The field combines material design with electrochemical energy storage and flexible or textile-oriented technologies, making it relevant to interdisciplinary research in advanced materials and emerging energy-storage systems.
Conclusion
Fanglan Guan is affiliated with the Beijing Institute of Fashion Technology in China and is associated with material design and technology, with fiber supercapacitor research identified as the principal subject area in the supplied profile. The documented record contains one research document and establishes an academic connection with research involving fiber-based energy-storage technologies.
External Links
References
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- ORCID. (n.d.). ORCID record associated with the supplied researcher profile: 0000-0003-3236-8873. ORCID.
https://orcid.org/0000-0003-3236-8873
- Graphene fiber‐based supercapacitors (GFSCs) as flexible energy‐storage devices haveachieved much in the wearable electronics.
https://chemistry-europe.onlinelibrary.wiley.com/doi/abs/10.1002/batt.202200536
- Global HRM Awards. (n.d.). Global HRM Awards official website. Information regarding the award event and its official web presence.https://globalhrmawards.com/