, /PRNewswire/ -- 21C Lab，寧德時代專注於下一代電池技術的前沿創新部門，與全球領先的科學發展出版商 Springer Nature 自豪地宣佈推出新國際期刊《Watt》，該期刊專注於能源和碳中和研究。
該期刊計劃於 2026 年 2 月首次發行，旨在通過倡導突破性科學，加速可持續能源轉型，同時優先考慮可擴展性、可重複性和實際影響。
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《Watt》涵蓋前沿研究，以推動淨零轉型——涉及能源存儲、轉換技術、電網優化、碳捕集和政策分析。該期刊旨在將學術界與工業界結合，促進嚴謹的科學與實際應用的結合。這種雙重承諾使《Watt》成為一本開創性的期刊，認識到對經過強有力證據驗證的大膽想法和明確部署路徑的日益需求。
《Watt》的編輯委員會由在能源研究和出版領域的傑出科學家組成，確保最高的學術標準。該團隊包括：
<ul>
<li>Dr. Rose Zhu，內部主編；</li>
<li>Professor Sir Peter Bruce，英國牛津大學；</li>
<li>Academician Huisheng Peng，中國復旦大學；</li>
<li>Academician Stefano Passerini，德國卡爾斯魯厄理工學院；</li>
<li>Dr. Kai Wu，寧德時代首席科學家</li>
</ul>
《Watt》的編輯標準基於其創新的 “五高” 框架，確保卓越和影響：
<ul>
<li>高質量：嚴格的同行評審過程結合了內部編輯專業知識與世界領先學者的見解。</li>
<li>高可重複性：對關鍵實驗的獨立驗證確保可靠、可信的結果，為行業和投資者建立更大的信心。</li>
<li>高實用性：具有實際潛力的研究獲得孵化支持，以彌合發現與部署之間的差距。</li>
<li>高可見性：開放獲取模式和積極的政策、行業和學術界的外展最大化全球影響力。</li>
<li>高多樣性：該期刊包容多樣的學科、地區和視角，創造一個真正全球化、包容的平台。</li>
</ul>
該期刊現已開放投稿（https://submission.springernature.com/new-submission/44503/3），熱忱邀請全球學術界以以下方式貢獻：提交突破性研究；作為審稿人加入，以幫助建立嚴格的學術標準；並通過在行業網絡中分享來支持《Watt》。
《Watt》旨在重新定義科學期刊的角色，作為變革性科學與可擴展技術之間的橋樑，促進實現可持續淨零未來所必需的創新。除了發佈研究外，它還提供一個合作與知識交流的平台，以推動全球能源轉型。
來源：寧德時代（CATL）
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寧德時代

寧德時代的創新部門 21C Lab 與 Springer Nature 聯合推出了一本新期刊《Watt》，旨在連接能源和碳中和研究中的科學與行業。該期刊定於 2026 年 2 月首發，將重點關注能源儲存、轉換技術和碳捕集，促進嚴謹的科學研究與實際應用。期刊將採用高質量的同行評審流程和開放獲取模式，以最大化全球影響力，邀請學術界的投稿，以推動可持續未來的創新

, /PRNewswire/ -- 21C Lab, the cutting-edge innovation arm of CATL dedicated to next-generation battery technologies, and Springer Nature, a world-leading publisher of scientific developments, proudly announce the launch of Watt, a new international journal focused on energy and carbon neutrality research.
<div class="lb-trans">, /PRNewswire/ -- 21C Lab，寧德時代專注於下一代電池技術的前沿創新部門，與全球領先的科學發展出版商 Springer Nature 自豪地宣佈推出新國際期刊《Watt》，該期刊專注於能源和碳中和研究。
</div>The journal, set to debut its first issue in February 2026, aims to accelerate the sustainable energy transition by championing ground-breaking science while prioritizing scalability, reproducibility, and real-world impact.
<div class="lb-trans">該期刊計劃於 2026 年 2 月首次發行，旨在通過倡導突破性科學，加速可持續能源轉型，同時優先考慮可擴展性、可重複性和實際影響。
</div>Continue Reading
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Watt encompasses cutting-edge research to propel the net-zero transition—spanning energy storage, conversion technologies, grid optimisation, carbon capture, and policy analysis. Designed to unite academia and industry, the journal fosters rigorous science with practical applicability. This dual commitment positions Watt as a pioneering journal; one that recognises the growing demand for bold ideas validated with equally robust evidence and clear pathways to deployment.
<div class="lb-trans">《Watt》涵蓋前沿研究，以推動淨零轉型——涉及能源存儲、轉換技術、電網優化、碳捕集和政策分析。該期刊旨在將學術界與工業界結合，促進嚴謹的科學與實際應用的結合。這種雙重承諾使《Watt》成為一本開創性的期刊，認識到對經過強有力證據驗證的大膽想法和明確部署路徑的日益需求。
</div>Watt is guided by a world-class editorial board comprised of preeminent scientists in energy research and publishing, ensuring the highest academic standards. The distinguished team includes:
<div class="lb-trans">《Watt》的編輯委員會由在能源研究和出版領域的傑出科學家組成，確保最高的學術標準。該團隊包括：
</div><ul>
<li>Dr. Rose Zhu, In-House Editor-in-Chief;</li>
<li>Professor Sir Peter Bruce, University of Oxford, UK;</li>
<li>Academician Huisheng Peng, Fudan University, China;</li>
<li>Academician Stefano Passerini, Karlsruhe Institute of Technology, Germany;</li>
<li>Dr. Kai Wu, Chief Scientist of CATL</li>
</ul>
<div class="lb-trans"><ul>
<li>Dr. Rose Zhu，內部主編；</li>
<li>Professor Sir Peter Bruce，英國牛津大學；</li>
<li>Academician Huisheng Peng，中國復旦大學；</li>
<li>Academician Stefano Passerini，德國卡爾斯魯厄理工學院；</li>
<li>Dr. Kai Wu，寧德時代首席科學家</li>
</ul>
</div>The editorial standards of Watt are anchored in its innovative &#34;Five Highs&#34; framework, ensuring excellence and impact:
<div class="lb-trans">《Watt》的編輯標準基於其創新的 “五高” 框架，確保卓越和影響：
</div><ul>
<li>High Quality: A rigorous peer review process combines in-house editorial expertise with insights from world-leading academics.</li>
<li>High Reproducibility: Independent verification of key experiments ensures reliable, trustworthy results, building greater confidence for industry and investors.</li>
<li>High Practicality: Research with real-world potential receives incubation support to bridge the gap between discovery and deployment.</li>
<li>High Visibility: An open-access model and proactive outreach to policy, industry, and academic communities maximize global influence.</li>
<li>High Diversity: The journal embraces diverse disciplines, regions, and perspectives, creating a truly global, inclusive platform.</li>
</ul>
<div class="lb-trans"><ul>
<li>高質量：嚴格的同行評審過程結合了內部編輯專業知識與世界領先學者的見解。</li>
<li>高可重複性：對關鍵實驗的獨立驗證確保可靠、可信的結果，為行業和投資者建立更大的信心。</li>
<li>高實用性：具有實際潛力的研究獲得孵化支持，以彌合發現與部署之間的差距。</li>
<li>高可見性：開放獲取模式和積極的政策、行業和學術界的外展最大化全球影響力。</li>
<li>高多樣性：該期刊包容多樣的學科、地區和視角，創造一個真正全球化、包容的平台。</li>
</ul>
</div>The journal is now open for submissions (https://submission.springernature.com/new-submission/44503/3) and warmly invites the global academic community to contribute in the following ways: submitting ground-breaking research; joining as a reviewer to help establish rigorous academic standards; and endorsing Watt by sharing it within industry networks.
<div class="lb-trans">該期刊現已開放投稿（https://submission.springernature.com/new-submission/44503/3），熱忱邀請全球學術界以以下方式貢獻：提交突破性研究；作為審稿人加入，以幫助建立嚴格的學術標準；並通過在行業網絡中分享來支持《Watt》。
</div>Watt aims to redefine the role of the scientific journal by serving as a bridge between transformative science and scalable technology, fostering innovation that is essential to achieving a sustainable, net-zero future. Beyond publishing research, it provides a platform for collaboration and knowledge exchange to advance the global energy transition.
<div class="lb-trans">《Watt》旨在重新定義科學期刊的角色，作為變革性科學與可擴展技術之間的橋樑，促進實現可持續淨零未來所必需的創新。除了發佈研究外，它還提供一個合作與知識交流的平台，以推動全球能源轉型。
</div>SOURCE Contemporary Amperex Technology Co., Limited (CATL)
<div class="lb-trans">來源：寧德時代（CATL）
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寧德時代與 Springer Nature 合作推出期刊《Watt》，旨在連接科學界與工業界