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工研院產科國際所長期觀注產業動態,累積專業研究領域能量,除了提供研究成果及市場資訊,並期許透過院內外專家及同仁的交流促進跨領域之合作。 在此動機之下,IEK於每月定期舉辦〈IEK360分享交流會議〉,依據每場次創新的領域與議題邀請產官學研界的專家參與交流,成果豐碩。
 
 
IEK360系列
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IEK360:賴政府未來產經方向與內外挑戰 2024/07/02
  2024/1/13中華民國第16任總統副總統選舉告一段落,賴清德先生正式由總統候選人成為準總統,展望5/20後,台灣將進入為期四年的賴政府執政時代。

 
IEK360系列|師法日本,建立台灣消費行為碳排資料庫 2024/06/27
  國際能源署(IEA)於《2050年淨零:全球能源部門路徑圖」指出實現淨零排放目標的解決方案與策略。其中,55%的減排量將來自低碳技術部署與民眾積極參與,有8%的減排量將直接來自於行為改變,需引導民眾改變行、住及食等高碳排生活方式,養成低碳行為習慣,才有機會大幅改變民眾消費習慣與產業結構。

 
IEK360 Series|A New Generation of Ultra-High-Speed Mobile Communication: Terahertz (THz) Technology Development and Its Potential Use Cases 2024/05/24
  Whilst the commercial deployment of 5G is yet to become prevalent around the world, and the research and standardization of 6G are still underway, leading countries in communications technology have come up with their own visions for 6G. The potential 6G technologies can be developed along two paths. The first is an evolution based on 5G, incorporating artificial intelligence, next-generation MIMO (multiple-input, multiple-output) and mmWaves (millimeter waves). The other involves the exploration of emerging technologies such as terahertz (THz) communications, Reconfigurable Intelligent Surface (RIS), and non-terrestrial networks. Although the developmental path and application scenarios of 6G technologies are not yet determined, the increase in transmission rates and the expansion of spectrums have already become the contested ground for industry players.

 
IEK360系列|產業聚落邁向淨零發展 2024/05/03
  全球已超過130個國家承諾2050年實現淨零排放,而工業部門更佔約50%碳排量,由此可見產業落實減碳之重要性。世界經濟論壇(WEF)於2021年提出產業聚落(Industrial Clusters)能加速淨零推動,換言之,產業減碳需仰賴跨部門及相關利益者之共同推動,進而產生更顯著的影響。

 
IEK360 Series|Small and Medium Enterprises (SMEs) March Towards Low-Carbon Transformation 2024/04/30
  Small and medium enterprises (SMEs) are the economic foundation of Taiwan. According to the “2023 White Paper on Small and Medium Enterprises in Taiwan” published by the Small and Medium Enterprise and Startup Administration of the Ministry of Economic Affairs, there are a total of 1.633 million SMEs in Taiwan, representing approximately 98.90% of businesses, a new record high. Among them, 145,000 SMEs are in the manufacturing industry, accounting for 96.37% of the total manufacturing businesses in Taiwan. In the service industry, 80.24% of companies are SMEs, equating to over 1.31 million businesses.

 
IEK360系列|先進封裝趨勢下日本的策略布局與台日合作機會 2024/04/10
  全球因晶片製程逐漸面臨摩爾定律瓶頸,故先進製程大廠台積電、Intel及三星電子等紛紛投入開發先進封裝技術以提高其先進製程晶片之效能及附加價值。

 
IEK360系列|淨零永續議題面面觀 2024/03/15
  工研院產科國際所創立跨域小組制度,鼓勵所內同仁跨部門合作。淨零永續領域橫跨各領域專業,匯聚了本所來自不同領域的研究人員,從國際趨勢、政策法規、技術發展到產業發展契機等議題攜手合作,針對淨零永續議題提出發展建議,一同邁向淨零永續。

 
IEK360|Survey on EV Charging Behavior in Taiwan and Preliminary Exploration of Business Models 2024/02/29
  Taiwan's Pathway to Net-Zero Emissions in 2050, published by the National Development Council specifies that 100% of the vehicles and motorcycles sold domestically will be 100% electric by 2040. In other words, there will be no new fossil fuel vehicles in the marketplace after 2040. What will be the innovative business models for charging facilities and software/hardware deployment as the trend for electric vehicles (EV) continues to drive forward?

 
IEK360系列|行為減碳模型建構的前期研究 2024/02/06
  淨零排放是國際趨勢,各國紛紛提出相應政策、策略與措施,顯示淨零轉型除了須仰賴潔淨能源新技術、節能措施、智慧交通運輸之外,更需要生活轉型與行為改變的積極促成。長期以來,各國在計算能源消費與溫室氣體排放多以「生產觀點」切分,如工業、運輸、農業、服務業及住宅等部門,鮮矣以「消費觀點」區分,難以衡量行為改變所帶來的減碳效益。再者,過往行為研究多採取調查法,瞭解民眾對於行為的認知、動機及執行狀況,但無法評估整體行為效益,因此若有專屬我國的生活型態改變碳足跡模型,將會成為有力的多重效益評估工具。

 
IEK360|Future Development of Semiconductors in Japan by Working with the U.S. 2024/01/31
  With the vertical integration of resources as part of Japan’s national policy during the 1970s, it took only a few years for the semiconductor industry to dominate the global market in the 1980s.Afterwards, dispite facing slew of challenges such as the appreciation of the Japanese yen, trade conflict from signing “The U.S.-Japan Semiconductor Agreement” in 1986, and the imposition of punitive tariffs, Japan did not lose its leading position in the semiconductor industry until the emergence of competitors including TSMC and Samsung in the 1990s. Since the US sanctions were imposed against Chinese tech over the past few years, the U.S. has been cooperating with Japan and Europe to suppress the development of the China semiconductor industry. Against this backdrop, the US-Japan semiconductor alliance has gradually been taking shape. The Japanese government has also enacted legislation and introduced policies to revive its semiconductor industry, and with the injection of significant resources, Japan is making a strong comeback to the marketplace.

 
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