Following the deliberation and approval at the expert review panel meeting held on June 21, 2026, a total of 18 works have been proposed as Bronze award-winning entries for the Hong Kong, Macao, Taiwan & Belt and Road International Track of the 19th National College Student Energy Conservation and Emission Reduction Social Practice and Technology Competition. The final award results shall be subject to the list approved by the Competition Committee during the final stage.
The detailed public announcement list is provided as an attachment (entries are listed in no particular order).
Public Announcement Period: June 24 – July 2.
In accordance with the relevant provisions of the *Regulations of the National College Student Energy Conservation and Emission Reduction Social Practice and Technology Competition*, if you have any objection to the evaluation results of the submitted works, please prepare a detailed written appeal, have it signed and stamped by the competent authority at your university level, and mail it to the Organizing Committee **no later than July 2** (postmark date shall prevail).
Mailing Address:
School of Energy and Power Engineering, Western Campus, Dalian University of Technology
No. 2 Linggong Road, Ganjingzi District, Dalian, Liaoning Province
Recipient: Professor Jiang, forwarded to the Competition Disciplinary Committee
Phone: 13840950689 Postal Code: 116024
The Organizing Committee does not accept appeals or complaints submitted via email, telephone, or anonymous means.
Secretariat of the National College Student Energy Conservation and Emission Reduction Social Practice and Technology Competition Committee
School of Energy and Power Engineering, Dalian University of Technology
June 24, 2026
第十九届全国大学生节能减排社会实践与科技竞赛港澳台及一带一路国际赛道拟推荐获奖作品名单公示
经2026年6月21日专家评审会议表决通过,共有18件作品拟推荐为第十九届全国大学生节能减排社会实践与科技竞赛港澳台及一带一路国际赛道铜奖获奖作品。最终的获奖结果,以决赛阶段竞赛委员会审议通过的获奖名单为准。
具体公示如附件所示(排名不分先后)。
公示时间:6月24日-7月2日。
依据《全国大学生节能减排社会实践与科技竞赛章程》相关规定,如您对参赛作品评审结果存在异议,请准备详细书面申诉材料,并由贵校校级主管部门签字盖章后,于7月2日前(以邮戳为准)邮寄至组委会。
邮寄地址:辽宁省大连市甘井子区凌工路2号 大连理工大学西部校区能动学院
收件人:姜老师 转大赛纪律委员会
电话:13840950689 邮编:116024
组委会不接受电子邮件、电话或者匿名等其他方式的申诉或举报。
全国大学生节能减排社会实践与科技竞赛委员会秘书处
大连理工大学能源与动力学院
2026年6月24日
SN | Title |
1 | Sun Flower: Bionic Off Grid Intelligent Photovoltaic Generation System |
2 | Development of Low-Energy-Consumption COF-Based Electrode Components and Systems for Industrial-Scale Direct Seawater Electrolysis |
3 | Leaf Transformation for Purification—A Water Purification System Featuring Photoelectric Conversion |
4 | Eco-Illumination: Zero-Carbon Optical Fiber Hybrid Solar Intelligent Lighting System |
5 | AquaGuard Navi — Smart Underwater Robot for Inshore Water Purification & Ecological Patrol |
6 | Harnessing Wind, Pursuing Sun — An Efficiency-Enhancing Trough Solar Power Device Based on Wind-Blocking Structures |
7 | Refined Estimation of Carbon Sink Potential of Kandelia obovata Plantations Along China's Southeast Coast: A Case Study of Xiamen |
8 | A Smart Reconfiguration System for Flexible Photovoltaics in Architectural and Transport Curved Surface Applications |
9 | Light-Guided Wind Vortex — A Vertical Axis Wind Turbine Power Generation System Based on Photovoltaic Panel Flow Guidance |
10 | Nurturing Green Breezes, Guarding Nature with Wisdom — Integrated Practice of Smart Energy and Carbon Management in Industrial Parks of Northwest China |
11 | A digital twin platform and full-time-domain optimization for bcPV systems in high-density urban environments |
12 | Electromagnetic Induction Heating and Temperature-Control Energy-Saving System for Molded Pulp |
13 | PetGreen Nexus: A Government–Enterprise–Public Collaborative Closed-Loop Platform for Low-Carbon Governance of Pet Services |
14 | Smart management of natural and lighting system |
15 | A Synergistic Treatment System for Landfill Leachate and Food Waste Digestate Based on Anammox Technology |
16 | A Computational Approach to Energy Efficiency: Software-Driven Optimal Route Design for Ice-Class Vessels |
17 | "Doubling the Heat": Intelligent Greenhouse Temperature Control System Based on Supercooled Phase Change Materials |
18 | An Offshore Wind-Hydrogen Coordinated Energy System |