Nano Energy

Nano Energy is a peer-reviewed journal published by Elsevier, founded in 2012 with Amsterdam as its place of record and issued monthly. It concentrates on nanomaterials and nanotechnology in energy conversion, storage and harvesting, and is the representative title that joined the two currents of nanoscience and energy research.《纳米能源》（Nano Energy）是由爱思唯尔出版的同行评审学术期刊，2012 年创刊，注册地为荷兰阿姆斯特丹，现为月刊。该刊专注纳米材料与纳米技术在能源转换、存储与收集中的应用，是把纳米科学与能源研究两股潮流焊接起来的代表性刊物。

Scope

Nano Energy takes a direct line, asking for the nanostructure to be made first and only then for how much energy it can be traded for. Papers must therefore carry structural evidence for the material and performance data from the device, since reports of materials alone or efficiencies alone fall outside its terms. Its principal subject areas include:Nano Energy 的取稿立场很直接：先做出纳米结构，再回答它能换出多少能量。为此要求论文同时给出材料的结构证据与器件的性能数据，只报材料或只报效率的工作都不符合它的口径。收文范围覆盖的主要方向包括：

• Nanogenerators: mechanisms and devices of triboelectric nanogenerators, piezoelectric and thermoelectric harvesting, and self-powered sensing with microscale energy networks.纳米发电机： 摩擦纳米发电机的机理与器件、压电与热电能量收集、自驱动传感系统与微纳能源网。
• Electrochemical storage: nanostructured electrodes and solid electrolytes, lithium-sulfur and zinc-air batteries, and flexible wearable storage devices.电化学储能： 纳米结构电极与固态电解质、锂硫与锌空气电池、柔性可穿戴储能器件。
• Solar conversion: nanostructured photovoltaics and photothermal conversion, interface engineering of perovskite cells, and spectral management with upconversion materials.太阳能转换： 纳米结构光伏与光热转换、钙钛矿电池的界面工程、光谱调控与上转换材料。
• Electrocatalysis and water splitting: structure-activity relations of nanocatalysts, water electrolysis and carbon dioxide reduction, and single-atom catalysis with operando characterisation.电催化与水裂解： 纳米催化剂的构效关系、电解水与二氧化碳还原、单原子催化与原位表征。
• Thermoelectrics and supercapacitors: nanostructured thermoelectric materials and devices, electric double-layer and hybrid capacitors, and dielectric storage with thermal management.热电与超级电容： 纳米结构热电材料与器件、双电层电容器与混合型电容、介电储能与热管理。

Research articles and reviews predominate, with letters and topical commentary also accepted, and the journal requires performance data and control experiments throughout, since preparative work without device validation is not considered.稿件类型以研究论文与综述为主，兼收快报与专题评述；本刊要求性能数据与对照实验齐备，纯制备而无器件验证的工作不予考虑。

History

• Founding (2012): the journal opened with volume 1 number 1 in January 2012, at the moment when nanoscience began to turn wholesale toward energy questions.创刊（2012年）： 本刊于 2012 年 1 月以第 1 卷第 1 期创刊，其时正值纳米科学与技术开始整体转向能源问题的窗口期。
• Founding editor: Zhong Lin Wang of the Georgia Institute of Technology served as founding editor-in-chief, and his group's work on nanogenerators set the tone for what the title would concentrate on afterwards.创刊主编： 美国佐治亚理工学院的王中林担任创刊主编，其团队在纳米发电机方向的工作，为刊物此后的题材重心定下基调。
• Disciplinary position: the bounds were drawn narrowly from the start, neither a showcase for nanostructure morphology nor another general energy commentary, taking only the intersection of the two.学科定位： 本刊自创立起就把边界收得很窄，既不做单纯的纳米形貌展示，也不做泛化的能源评论，只取二者的交集。
• Metric trend: the impact factor rose from 13.1 in 2017 to 19.1 in 2021 and then held between 16 and 17 from 2022 to 2025, standing at 16.7 in 2025.指标走势： 影响因子自 2017 年的 13.1 上升至 2021 年的 19.1，此后在 2022 至 2025 年间稳定于 16 至 17 之间，2025 年为 16.7。

Editors

An editor-in-chief directs the journal with board members divided by subject, and referees are drawn from nanomaterials, electrochemistry and device physics respectively. Manuscripts arrive online and the office filters out those lacking performance controls at triage. Neither the publisher nor the board publishes an acceptance rate or review duration for the title.本刊由主编统筹并按题材分设编委，评审人分别来自纳米材料、电化学与器件物理三个方面；稿件经在线系统投递，编辑部在初审阶段即筛除缺少性能对照的稿件。出版方与编委会均未公布本刊的录用比例与审稿时长。

• Performance first: device papers must give full test conditions and control samples, and work novel only in structure with inadequate performance is generally asked to be extended.性能优先： 编辑部要求器件类论文给出完整的测试条件与对照样品，仅在结构上新颖而性能未过关的稿件通常被要求补作。
• Relation to neighbouring titles: this journal sits close in subject to the publisher's nanoscience review title and its energy titles, and editors suggest resubmission elsewhere when that seems a better fit.与邻近刊的关系： 本刊与出版方旗下的纳米科学综述刊及能源类各刊在题材上相邻，编辑部在认为更合适时建议改投。
• Selectivity: sitting on a heavily subscribed subject since launch, the journal tolerates incremental results less than specialist titles from the same publisher, and its selectivity has always been tight.取舍尺度： 因创刊即处在投稿量高企的题材上，本刊对增量式结果的容忍度低于同出版方的专门刊物，取舍一向偏紧。