We research the strategic implications of blockchain technology and produce practical insights to contribute global blockchain knowledge and help our members navigate this revolution. Our findings, conclusions, and recommendations are initially proprietary to our members and ultimately released to the public in support of our mission.
Customer ServiceDiscover how #dltledgers'' Proteus enables battery manufacturers to meet traceability and compliance demands with blockchain-powered battery passports, enhancing transparency and sustainability across the supply chain.
Customer ServiceIn this paper, we investigate the closed-loop recycling supply chain for retired power batteries in electric vehicle manufacturers, taking into account blockchain technology
Customer ServiceIn this study we explore how data sharing and information technology support the development of circularity in electric vehicle supply chains and examine the role of blockchain
Customer ServiceWhile the literature on blockchain technology for electric vehicles focuses on battery refueling or intelligent charging systems (Fu et al., 2020;Hua et al., 2018;Huang et al., 2021; Rufino
Customer ServicePowered by blockchain technology, ReSource is a digital platform for the minerals'' supply chains — from the mine to electric-vehicle batteries and beyond. A digital platform for the traceability of minerals, enabling sustainable supply chains.
Customer ServiceConsidering the adoption of blockchain technology to enhance information traceability for retired power batteries, we construct three closed-loop supply chain decision
Customer ServiceThis study is important to identify how blockchain technology can be applied to track batteries along their supply chain, enabling the solution of several problems in the battery
Customer ServiceAdopting blockchain technology along a supply chain offers the opportunity to guarantee respect for human rights and fair work practices. For instance, a transparent register of product history assures buyers that the products purchased are supplied and manufactured from eco-sustainable sources. Smart contracts may be particularly capable of independently
Customer ServiceUsing blockchain technology to build a smart EV battery reverse supply chain can solve the difficulties of lack of trust and data. The purpose of this study is to discuss the
Customer ServiceEmbed blockchain technology in the supply chain of secondary recycling and utilization of power batteries under the traceability mechanism. Echelon utilizers should base their recycling mode
Customer ServiceDiscover how #dltledgers'' Proteus enables battery manufacturers to meet traceability and compliance demands with blockchain-powered battery passports, enhancing transparency and sustainability across the supply chain.
Customer ServiceOur provenance-tracking solution drives transparency along clients'' supply chains of critical metals and minerals, combining blockchain technology with AI, IoT and nanotechnology to enable traceability in a secure, unalterable and private platform.
Customer ServiceBlockchain offers a decentralized and transparent platform that can optimize the battery supply chain by enhancing traceability, reducing fraud, and improving efficiency. This article explores the role of blockchain in battery supply chain optimization, discussing its benefits, challenges, and potential applications.
Customer ServiceBlockchain technology for sustainable supply chains: A comprehensive review and future prospects March 2024 World Journal of Advanced Research and Reviews 21(3):980-994
Customer ServiceHow #dltledgers'' Proteus Platform Enables Battery Passports with Blockchain Technology. The #dltledgers'' Proteus platform empowers battery manufacturers to meet traceability and compliance requirements seamlessly through private
Customer ServiceIn this paper, we investigate the closed-loop recycling supply chain for retired power batteries in electric vehicle manufacturers, taking into account blockchain technology and the high range preferences in the electric vehicle market, which are influenced by varying demand for different levels of electric vehicle capacitance
Customer ServiceEmbed blockchain technology in the supply chain of secondary recycling and utilization of power batteries under the traceability mechanism. Echelon utilizers should base their recycling mode
Customer ServiceIn this study we explore how data sharing and information technology support the development of circularity in electric vehicle supply chains and examine the role of blockchain technology to address the circularity needs of battery tracking and capability sharing.
Customer ServiceUsing blockchain technology to build a smart EV battery reverse supply chain can solve the difficulties of lack of trust and data. The purpose of this study is to discuss the behavioural...
Customer ServiceThe purpose of this article is to study how to optimize the management of the closed-loop supply chain of new energy vehicle power batteries based on blockchain technology. The specific goals include improving data transparency and traceability, solving the problem of information silos, enhancing data security, optimizing recycling
Customer ServiceConsidering the adoption of blockchain technology to enhance information traceability for retired power batteries, we construct three closed-loop supply chain decision-making models: a supply chain that does not adopt blockchain technology, a manufacturing enterprise that independently bears the input cost of blockchain technology, and a
Customer ServiceBlockchain offers a decentralized and transparent platform that can optimize the battery supply chain by enhancing traceability, reducing fraud, and improving efficiency. This
Customer ServiceWe think that blockchain technology can effectively address these problems. This project deftly describes the challenges that face the cobalt industry—challenges that will grow as the demand for the ferromagnetic metal skyrockets. It explains how blockchain technology has the potential to improve the situation by monitoring a clean chain of custody, stewarding an ethical supply
Customer ServiceWe research the strategic implications of blockchain technology and produce practical insights to contribute global blockchain knowledge and help our members navigate this revolution. Our
Customer ServiceThis study is important to identify how blockchain technology can be applied to track batteries along their supply chain, enabling the solution of several problems in the battery market. In addition to the social and environmental conditions that impose challenges to the extraction of raw materials from LIB.
Customer ServiceIn the context of EV power battery traceability management by blockchain technology, this study constructs a reverse supply chain comprising an EV power battery manufacturer, a power battery formal recycler, a power battery informal recycler, and consumers. Figure 2
Customer ServiceConsidering the adoption of blockchain technology to enhance information traceability for retired power batteries, we construct three closed-loop supply chain decision-making models: a supply chain that does not adopt blockchain technology, a manufacturing enterprise that independently bears the input cost of blockchain technology, and a scenario
Customer ServiceThe purpose of this article is to study how to optimize the management of the closed-loop supply chain of new energy vehicle power batteries based on blockchain
Customer ServiceThe current research emphasized the role of blockchain technology in supply chain management, involving various supply chains, such as second-hand supply chains, FPSC supply chains, and power trading supply chains. However, the focus is completely different. We pay attention to the application of blockchain technology in the recycling supply chain. 2.2.
Customer ServiceThis may be attributed to the embedding of blockchain technology in the process of echelon recycling and utilization of power batteries in the standardization of the spent battery market. The information on remaining capacity is now more transparent, which has led to increased transaction activity among market participants.
The input cost of blockchain technology embedded in power battery is fully borne by the manufacturer and is a quadratic function of the level of blockchain technology embedded, i.e., 17, denotes the investment cost coefficient of blockchain technology embedded, and denotes the level of blockchain technology embedded.
Blockchain technology can record all sales and recycling information of power batteries in a closed-loop supply chain. The information can be traced in the block according to the timestamp to ensure transparency and information sharing.
Embed blockchain technology in the supply chain of secondary recycling and utilization of power batteries under the traceability mechanism. Echelon utilizers should base their recycling mode decisions on the intensity of recycling competition, sensitivity to recycling prices, and the level of cost optimization coefficient.
The model includes power battery manufacturers, retailers, third-party recyclers, and echelon utilizers, all embedded with blockchain technology. The study explores the impacts of blockchain technology on recycling quantities and profits of the participating subjects.
Empirical case study on circularity in the electric vehicle battery supply chain. Addressing data sharing needs for the circular economy of electric vehicle batteries. Secure data sharing along the value chain facilitates second-life applications. Examination of blockchain technology's value contribution to circularity.
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