NCKU Holds Seminar on Sustainable Development Goal 7: Affordable and Clean Energy
SDGs7可負擔能源永續發展研討會成大登場

            On November 14, National Cheng Kung University’s Office of Research and Development collaborated with the NCKU Research Center for Energy Technology and Strategy and the Hierarchical Green-Energy Materials (Hi-GEM) Research Center to hold a seminar on Sustainable Development Goal 7: Affordable and Clean Energy. Scholars and experts were invited to share their research and discuss a variety of topics, including energy resource circulation, energy resource education, industry–academy collaboration, smart energy, and energy-saving systems.

            Tsair-Fuh Lin, Director of the Office of Research and Development, noted that in 2015, the United Nations announced 17 Sustainable Development Goals. In April 2020, the World University Impact Ranking released by Times Higher Education ranked NCKU as 2nd in Asia and 38th worldwide. Of the 17 SDGs, NCKU was ranked top 100 in 11 goals. By using the SDGs as institutional development goals and sustainable development concepts as the core objectives for industrial development, NCKU has generated abundant research energy and obtained fruitful research results. In addition, the university has increased the investment of intramural resources to enhance its global influence and achieve the NCKU 2030 Vision.

            The Hi-GEM Research Center, one of the seminar organizers, was established in 2008 and became a top university research center in 2011. Hi-GEM Director Ta-Hui Lin stated that Hi-GEM’s research capacity currently leads Taiwan in the following fields: (1) monitoring and maintenance of offshore wind farms; (2) flexi-fuel technology for energy saving and emissions reduction; (3) smart energy grid and energy storage; and (4) energy resources and policies. After the Aim for the Top University Project concluded, the research center continued operation using funding granted for other research projects to achieve financial autonomy. In the future, the center will cooperate with national energy transition policies and endeavor to become an internationally recognized research center.

            The flexi-fuel team of the Hi-GEM Research Center presented its developed flexi-fuel technology for energy saving and emission reduction, including material and source classification, preprocessing, basic combustion analysis, industrial-grade burning test analysis, and fly-ash reuse. The team constructed Taiwan’s first 100 kW-grade oxy-combustion research furnace, which combusts solid and liquid fuel under pure oxygen conditions. Over 90% of the flue gas of this furnace is CO2. Recently, the flexi-fuel team has collaborated with the Industrial Technology Research Institute Green Energy and Environment Research Laboratories to construct a low-carbon energy and resource circulation science-based industrial park and create Taiwan’s first 600 kW dual-circulation fluidized bed power generation platform. Equipped with various technologies and equipment for testing fuel and combustion characteristics, the flexi-fuel team supports manufacturers in developing and testing various fuels and collaborates with furnace manufacturers by providing furnace sample designs, analyzing furnace parameters, and constructing systems for entire plants.

            The circular economy team shared its contributions in various recycle and reuse technologies developed for circular resources and materials since 2017. The team assists domestic stainless-steel production index companies in achieving production goals, in enhancing the quality of generated furnace slag for reuse, in modifying the refining process, in flame resistance testing, in obtaining international certificates with products, and in integrating the industry chain. The team has established the Diverse Resource and Material Joint Research and Development Center to facilitate collaboration between NCKU and the US company Applied Environmental Technologies, Inc. The collaboration project used an academic approach to create a novel plastic waste recycling mechanism, and the circular economy team has applied the developed mechanism for international certification as the first closed recycling system for plastic products in the world.

            Director Lin observed that since 2018, the Hi-GEM Research Center has implemented the Talent Cultivation for the Integration and Application of Clean Energy System, a program set up by the Ministry of Education. Due to Taiwan’s shortage of energy resources and inability to rely on single energy resources, the future trend of energy consumption will orient toward small quantities of reusable resources, or highly volatile reusable energy resources, diversified and regional energy applications. To anticipate this trend, the cultivation and training of energy system integration talents is necessary. To this end, the program connects with United Nation SDG 7: Ensure access to affordable, reliable, sustainable, and modern energy for all. It both advocates for the regional implementation of education for energy system integration talent cultivation and industry–academy collaboration and proactively invites collaboration between industry, government, and academic sectors. The program is planned to end in February 2021, to establish 11 cultivation bases, and to cultivate highly demanded talents in the energy sector through the cultivation bases and training courses on professional energy technologies.

            Hong-Tzer Yang, a distinguished professor of the Department of Electrical Engineering and a deputy director of the Hi-GEM Research Center, shared the goals of Taiwan’s energy development policies and introduced the power market system and infrastructure planning. Yang proposed using user-end demand side management–related information, such as demand response and demand bidding, and operation plans that facilitate the service trade market as references for the optimization of distributed energy resources in energy management systems to obtain maximum efficiency. Key technology applications used in the development of user-end power management systems include smart community power management system frameworks, renewable energy generation forecasting, optimization, demand response, human¬ machine interfaces, blockchain distributed ledgers, smart contracts, and nonintrusive load monitoring systems. In particular, Yang’s research used the power management system located in Area C of the Shalun Smart Green Energy Science Park.

            The Hi-GEM Research Center’s offshore wind farm observation and maintenance team is among Taiwan’s few wind farm maintenance teams and has five years of experience. The team is equipped the world’s first commercialized floating light detecting and ranging device. In addition to employing mobile monitoring technology using this device, the team collaborated with the Energy Research Centre of the Netherlands to introduce the European offshore meteorological mast technology and operation experience. The Hi-GEM Multifunction Building Design Team introduced how testing platforms for energy conservation buildings are designed, presented concepts on digital twin technology, and shared their current platform testing results and the application integration framework for digital twin technology to provide a reference for future system development.

            To end the seminar, the Hi-GEM research team lead by Professor Chuan-Pu Liu introduced a recent production technology for nano-silica powder and research on its applications. The presented research outcomes included application of nano-silica powder as the anode material in lithium-ion batteries, carbon-silica powder, and hydrogen production fuel cells, thereby demonstrating the potential of nano-silica powder in energy-related applications. Subsequently, Associate Professor Wen-Dung Hsu shared a novel artificial intelligence smart technology—applying materials genome engineering to support green energy material design. Hsu’s presentation, entitled “Application of Computational Materials Science in Advanced Secondary Batteries,” shared the development and research results of high-pressure electrolyte, a topic highly anticipated in the industrial field. Chia-Chin Chang, Director of the Research and Development Center for Lithium-ion Battery and Dean of the College of Environmental Sciences and Ecology, National University of Tainan, delivered a presentation entitled “Development of Microgrid Chemistry Energy Storage Component in Lithium-ion Battery Technology” and shared methods for integrating the research energy of the Hi-GEM Research Center to develop green applications in electronic service vehicles and energy storage systems and, in turn, facilitate development in the energy storage industry.

            成功大學研究發展處結合能源科技與策略研究中心,與跨維綠能材料研究中心於11月14日共同舉辦「SDG7可負擔能源永續發展研討會」,邀請學者專家針對能資循環、能源教育、產學合作、智慧能源及儲能系統等各項主題進行分享研討。

            成大研發長林財富表示,聯合國於2015年發佈了17項永續發展目標,今年4月英國泰晤士高等教育THE公布大學影響力排名,成大高居亞洲第二,全球第38名,在17項SDGs排名中有11項進入世界百大;成大以SDGs作為校務發展目標,以永續發展思維為核心,透過深厚研究量能,創造豐碩研究成果,並延伸校內資源應用至提升全球影響力,達到成大 2030 教研願景。

            研討會主辦單位之一的能策中心成立於民國97年,民國100年成為頂尖大學研究中心。中心主任林大惠表示,能策中心在離岸風場觀測運維、多元燃料節能減排、微藻固碳及水淨化、複合功能建築設計、智慧電網與儲能、及能源策略與政策等方面的研究能量均居國內領先地位,頂大計畫結束後,仰賴各項研究計畫達到財務自主,未來將配合國家能源轉型政策,致力成為國際級研究中心。

            能策中心多元燃料組分享多元燃料節能減排技術,包括料源分類、前處理、基礎燃燒分析、工業級燃燒試驗分析及飛灰再利用等,團隊建置國內首座百kW級純氧燃燒實驗爐,於純氧下燃燒固態及液態燃料,其煙道氣中乾基二氧化碳可達90%以上;近期與工研院綠能所打造低碳能資循環科技園區,完成建置國內學界唯一的600 kWth雙循環流體化床氣化暨發電試驗平台。多元燃料團隊在擁有多項燃料性質與燃燒特性檢測技術與設備下,可協助廠商進行各種不同燃料的開發與測試,並與鍋爐廠商合作提供爐樣設計與參數分析,進行整廠系統建置。

            循環經濟組分享自106年起投入的多項循環資材再利用相關技術開發,可協助國內不鏽鋼生產指標企業進行爐碴高質化再利用,從原料精煉改質、耐燃與防焰測試、產品國際認證到產業鏈整合,目前已成立「多元資材聯合研發中心」,協助成大與美商環應科技公司合作,以校園為起點建立新式塑料廢棄物回收機制,並申請全球第一例塑料封閉式回收系統國際認證。

            林大惠指出,能策中心自107年開始執行教育部潔能系統整合與應用人才培育計畫,考量台灣能資源極端短缺,無法單靠單一能源、或量小且變動性大的再生能源,多元且具區域特色的能源應用是未來趨勢,需要經由系統整合的教育訓練來達成。計畫扣合聯合國永續發展目標SDGs第7項指標,確保所有的人都可取得負擔得起、可靠的、永續的、及現代的能源,強調在地實踐與產學合作,積極邀請產官學研各界參與、通力合作,預計於110年2月,完成11個實踐基地,藉著實踐基地與能源專業技術訓練課程來培育能源產業急需應用人才。

            成大電機系楊宏澤特聘教授兼能策中心副主任也分享因應我國能源政策發展目標,同時介紹電力市場制度與基礎設施佈建規劃中,用戶側需求端管理息息相關的需量反應、需量競價與輔助服務交易市場運作方案,以作為電能管理系統調度分散式電力資源獲取最大效益的依據。開發用戶側電能管理系統的關鍵技術,包括智慧社區能源管理系統架構、再生能源發電預測、最佳化調度、需量反應、人機操作介面、區塊鏈分散式帳本與智慧合約、及非侵入式負載監測等技術應用,並應用於沙崙智慧綠能科學城C區的電能管理系統。

            能策中心離岸風場觀測維運團隊是臺灣少數有5年的風場維護經驗,並擁有全球第一套商業化浮動式光達設備;除建立浮動式光達的移動監測技術,與荷蘭 ECN 合作,引進歐洲海氣象觀測塔經驗及技術外。能策中心複合功能建築設計團隊在會中也介紹節能建築測試驗證平台建置與數位孿生技術概念外,也分享現階段平台試驗成果與數位孿生結合應用的架構,以作為未來開發系統的依據。

            研討會最後由成大跨維綠能材料研究中心劉全璞教授團隊介紹近年於奈米矽粉製作技術與相關應用研究,包括將奈米矽粉導入鋰離子電池矽負極材料、碳化矽粉體原料、產氫結合燃料電池等研發結果,顯示出奈米矽粉具有諸多能源相關應用潛力。許文東副教授則分享新興的AI人工智慧技術-材料基因輔助綠能材料設計,以計算材料科學在先進二次電池的應用為題,分享業界引頸期盼的耐高壓電解液發展進程及研究成果。臺南大學鋰離子電池研究發展中心主任暨環境與生態學院張家欽院長針對「微電網電化學儲能元件-鋰離子電池技術開發」進行演講,並分享如何整合成大跨維綠能材料研究中心的研發量能,服務電動交通工具、儲電系統與相關綠能應用,促進儲能產業發展。