波场TRON链上USDT发行量超越以太坊,再登全球最大USDT发行网络

marsbitPublished on 2026-08-13Last updated on 2026-08-13

Abstract

据Tether官方数据,截至2026年8月13日,波场TRON网络链上USDT发行量达到912亿美元,超越以太坊网络的903亿美元,再次成为全球最大的USDT发行网络。这巩固了波场TRON在稳定币领域的主导地位,凸显了其低费用、高效率网络对全球资金的吸引力。 波场TRON链上USDT的增长源于真实使用需求。截至2026年8月,TRC20-USDT持有账户数约7547万个,承载了全球约50%的USDT发行量。数据显示,该网络在零售与中小额转账中占据主导,主要用于钱包间的实际价值转移,如跨境汇款、商业结算等场景。2026年第一季度,波场TRON处理的USDT转账额约2.04万亿美元,交易笔数创新高,年内转移量领跑所有公链。 生态建设方面,TRC20-USDT获得了钱包、交易平台及DeFi协议的广泛支持,使用场景从转账扩展至借贷等金融活动。同时,网络通过降低能量成本、引入GasFree等机制优化用户体验。在安全治理上,波场TRON与Tether、TRM Labs合作成立T3金融犯罪打击小组,已协助全球执法机构冻结超4.5亿美元非法资产,提升了风险应对能力。 此外,波场TRON正布局人工智能赛道,上线B.AI平台,旨在构建AI智能体经济的底层金融基础设施。这表明其正从最大的稳定币结算网络,向更广泛的数字化价值流通基础设施演进。

据Tether官方数据,截至2026年8月13日,波场TRON网络链上USDT再次增发10亿美元,达到912亿美元,发行量再次超过以太坊网络USDT发行量(903亿美元),位居各区块链网络首位。这一历史性节点标志着波场TRON在稳定币领域的主导地位进一步巩固,也再次印证了低费用、高效率结算网络对全球稳定币资金的持续吸引力。

从交易资产到结算工具,TRC20-USDT使用场景不断扩展

波场TRON链上USDT的增长,首先来自可持续的真实使用需求。截至2026年8月,波场TRON网络上的TRC20-USDT发行量正式突破912亿美元,刷新历史纪录,年内累计增发约100亿枚,持有账户数已达约7547万个。这一体量使波场TRON长期承载全球USDT发行量的半数份额,占比约50%。

从使用结构看,波场TRON的真实支付属性愈发清晰。CoinDesk Research数据显示,2026年第一季度,波场TRON的日活跃账户季度均值升至约320万,创下季度新高。同时,1000美元以下的零售型USDT转账中,波场TRON的份额约为50%,在1000美元至10万美元这一区间仍保持主导地位,持续巩固其面向零售与中小额结算的“友好型”公链定位。这意味着USDT在波场TRON上的主要用途之一,始终是钱包与钱包之间的实际价值转移。

从更长周期观察,链上转账与结算规模印证了这一判断。Messari发布研报显示,2026年第一季度波场TRON网络处理的USDT转账额达约2.04万亿美元,全网累计交易约9.5亿笔,日均交易由上一季度的约1020万笔升至约1090万笔,同样刷新季度纪录;而2026年以来,波场TRON以约4.2万亿美元的年内USDT转移量领跑所有公链。

它描绘的不是单一交易平台内部的账本,而是海量钱包在公开区块链上直接完成价值转移的场景。

具体来看,一名海外工作者可以将USDT发送给家人的钱包,由收款方兑换为当地货币;跨境电商商户可以用USDT向供应商结算,减少银行营业时间和中间行流程的影响;自由职业者可以从境外客户处收取报酬,并在数分钟内确认链上到账;数字资产服务商则可以在交易所、托管钱包和做市账户之间调拨流动性。不同案例的金额和目的并不相同,但共同需求都是快速到账、费用透明和全天候运行。

此外,在网络费用剧烈波动的市场环境中,成本稳定性尤其重要。自2025年8月波场TRON通过第104号治理提案、将能量单价下调约60%以来,链上转账成本进一步降低。

生态接入与安全协作并进,稳定币基础设施持续完善

稳定币网络能否长期发展,不仅取决于发行量,还取决于入口覆盖、流动性深度、开发者支持和风险治理能力。波场TRON正在从这几个方向同步构筑基础设施。

在应用入口方面,钱包、交易平台、支付服务商和DeFi协议对TRC20-USDT的广泛支持,使用户能够相对便捷地进行充值、提现、转账、兑换和链上交互。随着USDD等新稳定币接入波场TRON生态,进一步丰富了稳定币资产类型;JustLend DAO等协议则将稳定币使用延伸至抵押和借贷场景。稳定币由单一转账工具逐步转向链上金融活动的基础资产。

在用户体验方面,GasFree等机制试图解决一个常见痛点:新用户钱包中虽然持有USDT,却可能因为没有原生代币而无法发起交易。通过支持以稳定币支付相关网络费用,这类方案有助于简化首次使用流程。对商户、钱包和支付应用而言,减少用户理解带宽、能量和原生Gas代币的成本,也有利于稳定币服务进入更广泛的消费端场景。

更重要的是,规模扩大需要与安全治理能力同步。2024年9月,波场TRON、Tether与TRM Labs联合成立T3金融犯罪打击小组(T3 Financial Crime Unit,简称T3 FCU),将波场TRON网络可见性、TRM Labs链上情报能力与Tether发行方冻结能力结合起来,并直接同多地执法机构协作。其典型流程是:执法机构识别与违法活动有关的钱包后,TRM Labs追踪资金路径,波场TRON提供网络层面的资金流动信息,Tether在发行方层面实施冻结。

截至2026年5月,T3 FCU宣布已在全球冻结超过4.5亿美元的非法资产,覆盖五大洲23个司法辖区。TRM Labs披露,该机制可在收到执法请求后的24小时内完成相关处置。上述成果体现出公开区块链的透明性与公私协作模式相结合,可以提高可疑资金识别和响应效率。

在稳定币结算领域持续领跑的同时,波场 TRON 正加速押注人工智能这一新赛道。今年4月正式上线的B.AI(中文品牌名"白 B.AI"),定位为"AI Agent时代的底层金融基础设施"。这一布局与波场TRON深厚的稳定币深度和高频、低成本支付优势一脉相承,标志着波场TRON正从"全球最大的稳定币结算网络"进一步迈向"AI 智能体经济的底层基础设施",坚定押注AI与Web3融合的长周期趋势。

从发行规模领先,到支付结算优势不断扩大、安全机制逐步完善,再到在AI领域积极布局,波场TRON链上USDT的竞争力正在由"量的积累"走向"质的提升"。

波场TRON将继续围绕稳定币基础设施优化网络性能与用户体验,深化与发行方、钱包、支付机构及安全分析机构的协作,为全球用户提供更高效、更安全、更普惠的数字化价值流通服务。

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Related Questions

Q根据文章,截至2026年8月13日,波场TRON链上USDT发行量是多少?它与以太坊网络相比如何?

A截至2026年8月13日,波场TRON网络链上USDT发行量达到912亿美元,并再次超过以太坊网络的USDT发行量(903亿美元),位居各区块链网络首位。

Q文章中提到了哪些数据来支持波场TRON网络USDT主要用于“实际价值转移”这一观点?

A文章通过以下数据支持这一观点:截至2026年8月,波场TRON持有TRC20-USDT的账户数已达约7547万个;在1000美元以下的零售型USDT转账中,波场TRON份额约为50%,在1000美元至10万美元区间也保持主导;2026年第一季度,波场TRON网络处理的USDT转账额达约2.04万亿美元,共处理约9.5亿笔交易。这些数据表明大量小额、高频的转账发生在钱包之间,用于实际支付与结算。

Q文章中提到波场TRON为提升用户体验,在解决用户因没有原生代币而无法交易的问题上采取了什么措施?

A文章提到,波场TRON通过诸如GasFree等机制来解决此问题。这类方案支持用户使用稳定币(如USDT)来支付网络费用,从而简化首次使用流程,让持有USDT但缺乏原生代币的新用户也能发起交易。

Q由波场TRON、Tether和TRM Labs联合成立的“T3 FCU”全称是什么?其主要职能和成果如何?

AT3 FCU全称为“T3金融犯罪打击小组”(T3 Financial Crime Unit)。其主要职能是结合波场TRON的网络可见性、TRM Labs的链上情报能力和Tether的发行方冻结能力,与全球多地执法机构协作,打击利用稳定币进行的非法金融活动。截至2026年5月,该小组已在全球23个司法辖区冻结超过4.5亿美元的非法资产,并能在收到执法请求后24小时内完成处置。

Q除了巩固在稳定币领域的地位,文章指出波场TRON正在加速布局哪个新赛道?其相关的产品名称是什么?

A文章指出波场TRON正在加速押注人工智能(AI)这一新赛道。其相关产品是于当年4月上线的“B.AI”(中文品牌名“白B.AI”),其定位为“AI Agent时代的底层金融基础设施”,旨在利用波场TRON在稳定币和高频支付方面的优势,构建AI与Web3融合的基础设施。

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Easy Integration with External APIs: Its versatility and compatibility with various AI platforms ensure that Agent S can fit seamlessly into existing technological ecosystems, making it an appealing choice for developers and organisations. These functionalities collectively contribute to Agent S's unique position within the crypto space, as it automates complex, multi-step tasks with minimal human intervention. As the project evolves, its potential applications in Web3 could redefine how digital interactions unfold. Timeline of Agent S The development and milestones of Agent S can be encapsulated in a timeline that highlights its significant events: September 27, 2024: The concept of Agent S was launched in a comprehensive research paper titled “An Open Agentic Framework that Uses Computers Like a Human,” showcasing the groundwork for the project. October 10, 2024: The research paper was made publicly available on arXiv, offering an in-depth exploration of the framework and its performance evaluation based on the OSWorld benchmark. October 12, 2024: A video presentation was released, providing a visual insight into the capabilities and features of Agent S, further engaging potential users and investors. These markers in the timeline not only illustrate the progress of Agent S but also indicate its commitment to transparency and community engagement. Key Points About Agent S As the Agent S framework continues to evolve, several key attributes stand out, underscoring its innovative nature and potential: Innovative Framework: Designed to provide an intuitive use of computers akin to human interaction, Agent S brings a novel approach to task automation. Autonomous Interaction: The ability to interact autonomously with computers through GUI signifies a leap towards more intelligent and efficient computing solutions. Complex Task Automation: With its robust methodology, it can automate complex, multi-step tasks, making processes faster and less error-prone. Continuous Improvement: The learning mechanisms enable Agent S to improve from past experiences, continually enhancing its performance and efficacy. Versatility: Its adaptability across different operating environments like OSWorld and WindowsAgentArena ensures that it can serve a broad range of applications. As Agent S positions itself in the Web3 and crypto landscape, its potential to enhance interaction capabilities and automate processes signifies a significant advancement in AI technologies. Through its innovative framework, Agent S exemplifies the future of digital interactions, promising a more seamless and efficient experience for users across various industries. Conclusion Agent S represents a bold leap forward in the marriage of AI and Web3, with the capacity to redefine how we interact with technology. While still in its early stages, the possibilities for its application are vast and compelling. Through its comprehensive framework addressing critical challenges, Agent S aims to bring autonomous interactions to the forefront of the digital experience. As we move deeper into the realms of cryptocurrency and decentralisation, projects like Agent S will undoubtedly play a crucial role in shaping the future of technology and human-computer collaboration.

1.0k Total ViewsPublished 2025.01.14Updated 2025.01.14

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