CEO Message
e-Vehicle Announces Strategic Milestone:
Commencement of Mass Production for Advanced Hydrogen Sensors in 2026
Commencement of Mass Production for Advanced Hydrogen Sensors in 2026
e-Vehicle proudly announces the official launch of mass production for its next-generation hydrogen sensors in 2026—a breakthrough achieved after years of rigorous innovation and engineering excellence. Overcoming complex challenges in design, tooling, equipment, and pre-production reliability, this milestone positions e-Vehicle at the forefront of hydrogen technology. Production will commence at the Hydrogen Energy Technology Park(International Science & Business Belt) in Korea, with an initial annual capacity of 500,000 units. These sensors are engineered for integration into hydrogen-powered vehicles, public infrastructure, electronic systems, drones, and Autonomous Mobile Robots (AMRs), and the company has already received multiple customized project orders from global clients.
e-Vehicle is the first company worldwide to provide thermal conductivity type and catalytic combustion type high-end hydrogen sensors with MEMS architecture technologies. Leveraging advanced MEMS architecture, our sensors deliver unparalleled long-term stability without reliance on catalysts, offering a detection range of 0–40,000 ppm. Unlike conventional hydrogen sensors that degrade in accuracy over time, e-Vehicle’s solution maintains precision throughout its lifecycle, setting a new global standard for reliability and performance.
Designed for mobile applications, our sensors feature industry-leading ultra-low power consumption, operating well below 40 mA, significantly extending operational endurance for drones and AMRs. With a broad operating voltage range of 4.5V–36V and compliance with stringent thermal requirements for hydrogen vehicle engine compartments, e-Vehicle ensures robust adaptability across diverse environments.
Following extensive reliability validation, e-Vehicle stands among the few global providers certified for deployment in hydrogen-powered vehicles and AMRs. Beyond product excellence, we deliver comprehensive, customized solutions for hydrogen ecosystems—spanning production, storage, transportation, and end-use applications. Our commitment is to enable safer, more stable, and sustainable hydrogen detection technologies, reinforcing e-Vehicle’s role as a trusted partner in the global energy transition.
For e-Vehicle, 2026 marks not an endpoint but a strategic inflection point. As a critical enabler within the global hydrogen supply chain, we embrace the responsibility of advancing Net Zero objectives through actionable innovation. We extend our deepest appreciation to our leadership team, customers, and shareholders for their unwavering support. While this achievement reflects years of dedication, our vision remains forward-looking: to accelerate progress toward a cleaner, sustainable future and to fulfill the founding principles of the
e-Vehicle’s Five Zero Declaration.
氫能源時代已經來臨
2026年奕微科正式宣告氫能源高階傳感器量產，經過多年來努力終於突破設計、治具、設備及量產前各式各樣的失效模式，2026年將於韓國氫能源科技園區邁入正式量產的里程碑，預計第一年產能為500K，產品將大量應用於氫能源車、公共設備、電子設備、無人機、自主移動機器人(Autonomous Mobile Robot簡稱AMR)等移動式載具，並已接獲許多客戶客製化專案需求訂單。
奕微科將是全球第一家推出可同時具備熱導式及接觸燃燒式的氫能源高階傳感器，所使用的MEMS可互補提供一個不需催化劑、長期穩定的優異特性，可偵測0-40,000ppm的靈敏度設計；過去氫能源偵測會隨時間喪失準確度，奕微科的產品特性隨著時間推移仍可維持初始階段的誤差值內，將提供長期穩定的技術水平，這是奕微科對業界最大的貢獻。
奕微科產品將大量使用於移動式載具，因為我們提供移動式載具為業界所需的最低功耗規格，遠低於40mA的低功耗規格可使移動式載具工時更長，尤其是無人機、自主移動機器人(AMR)；另外產品的工作電壓涵蓋4.5V~36V，工作儲存溫度可用於氫能源車最高標準的引擎室。
綜合以上，奕微科產品通過多年可靠度驗證目前為全球少數可使用在各式各樣氫能源車、自主移動機器人(AMR)等移動式載具並通過認證，最重要『奕微科提供全球客戶氫燃料、氫能源各種應用環境的客製化服務』，不論於制氫、儲氫、運氫及氫應用的任何環節，奕微科是全球少數可提供完整解決方案，提供更安全、更穩定、長期可持續使用偵漏及偵測濃度的技術。
2026年對奕微科而言不是終極目標，而是肩負起氫能源全球供應鏈的關鍵角色，在全球淨零排放宣言下，奕微科是行動方案的執行者，我們提供氫能源的完整解決方案並邁入量產宣告階段；在此感謝所有的經營團隊、客戶及股東長期以來的支持，在我們不眠不休的努力下有些許成果，但我們不以此為滿，期許持續往前推進為地球淨零排放盡一份心力，同步亦達成奕微科Five Zero宣言成立的初衷。
Commencement of Mass Production for Advanced Hydrogen Sensors in 2026
Commencement of Mass Production for Advanced Hydrogen Sensors in 2026
e-Vehicle proudly announces the official launch of mass production for its next-generation hydrogen sensors in 2026—a breakthrough achieved after years of rigorous innovation and engineering excellence. Overcoming complex challenges in design, tooling, equipment, and pre-production reliability, this milestone positions e-Vehicle at the forefront of hydrogen technology. Production will commence at the Hydrogen Energy Technology Park(International Science & Business Belt) in Korea, with an initial annual capacity of 500,000 units. These sensors are engineered for integration into hydrogen-powered vehicles, public infrastructure, electronic systems, drones, and Autonomous Mobile Robots (AMRs), and the company has already received multiple customized project orders from global clients.
e-Vehicle is the first company worldwide to provide thermal conductivity type and catalytic combustion type high-end hydrogen sensors with MEMS architecture technologies. Leveraging advanced MEMS architecture, our sensors deliver unparalleled long-term stability without reliance on catalysts, offering a detection range of 0–40,000 ppm. Unlike conventional hydrogen sensors that degrade in accuracy over time, e-Vehicle’s solution maintains precision throughout its lifecycle, setting a new global standard for reliability and performance.
Designed for mobile applications, our sensors feature industry-leading ultra-low power consumption, operating well below 40 mA, significantly extending operational endurance for drones and AMRs. With a broad operating voltage range of 4.5V–36V and compliance with stringent thermal requirements for hydrogen vehicle engine compartments, e-Vehicle ensures robust adaptability across diverse environments.
Following extensive reliability validation, e-Vehicle stands among the few global providers certified for deployment in hydrogen-powered vehicles and AMRs. Beyond product excellence, we deliver comprehensive, customized solutions for hydrogen ecosystems—spanning production, storage, transportation, and end-use applications. Our commitment is to enable safer, more stable, and sustainable hydrogen detection technologies, reinforcing e-Vehicle’s role as a trusted partner in the global energy transition.
For e-Vehicle, 2026 marks not an endpoint but a strategic inflection point. As a critical enabler within the global hydrogen supply chain, we embrace the responsibility of advancing Net Zero objectives through actionable innovation. We extend our deepest appreciation to our leadership team, customers, and shareholders for their unwavering support. While this achievement reflects years of dedication, our vision remains forward-looking: to accelerate progress toward a cleaner, sustainable future and to fulfill the founding principles of the
e-Vehicle’s Five Zero Declaration.
氫能源時代已經來臨
2026年奕微科正式宣告氫能源高階傳感器量產，經過多年來努力終於突破設計、治具、設備及量產前各式各樣的失效模式，2026年將於韓國氫能源科技園區邁入正式量產的里程碑，預計第一年產能為500K，產品將大量應用於氫能源車、公共設備、電子設備、無人機、自主移動機器人(Autonomous Mobile Robot簡稱AMR)等移動式載具，並已接獲許多客戶客製化專案需求訂單。
奕微科將是全球第一家推出可同時具備熱導式及接觸燃燒式的氫能源高階傳感器，所使用的MEMS可互補提供一個不需催化劑、長期穩定的優異特性，可偵測0-40,000ppm的靈敏度設計；過去氫能源偵測會隨時間喪失準確度，奕微科的產品特性隨著時間推移仍可維持初始階段的誤差值內，將提供長期穩定的技術水平，這是奕微科對業界最大的貢獻。
奕微科產品將大量使用於移動式載具，因為我們提供移動式載具為業界所需的最低功耗規格，遠低於40mA的低功耗規格可使移動式載具工時更長，尤其是無人機、自主移動機器人(AMR)；另外產品的工作電壓涵蓋4.5V~36V，工作儲存溫度可用於氫能源車最高標準的引擎室。
綜合以上，奕微科產品通過多年可靠度驗證目前為全球少數可使用在各式各樣氫能源車、自主移動機器人(AMR)等移動式載具並通過認證，最重要『奕微科提供全球客戶氫燃料、氫能源各種應用環境的客製化服務』，不論於制氫、儲氫、運氫及氫應用的任何環節，奕微科是全球少數可提供完整解決方案，提供更安全、更穩定、長期可持續使用偵漏及偵測濃度的技術。
2026年對奕微科而言不是終極目標，而是肩負起氫能源全球供應鏈的關鍵角色，在全球淨零排放宣言下，奕微科是行動方案的執行者，我們提供氫能源的完整解決方案並邁入量產宣告階段；在此感謝所有的經營團隊、客戶及股東長期以來的支持，在我們不眠不休的努力下有些許成果，但我們不以此為滿，期許持續往前推進為地球淨零排放盡一份心力，同步亦達成奕微科Five Zero宣言成立的初衷。
