Shanghai Electric Supports the Launch of China's First Heterogeneous Humanoid Robot Training Facility
Shanghai Electric (SIELY) has partnered with nine research enterprises to establish China's first heterogeneous humanoid robot training facility, the Humanoid Robot Kylin Training Ground. The facility currently accommodates over 100 robots, with plans to expand capacity to train 1,000 general-purpose robots by 2027.
The initiative, launched in collaboration with the National and Local Co-Built Humanoid Robotics Innovation Center, will implement training programs across various industries including equipment manufacturing, automotive production, and home appliances. Shanghai Electric Nuclear Power Group successfully deployed its first humanoid robot for nuclear industry operations on December 1, 2024, focusing on extreme and high-risk operational environments.
Since March 2024, the company's Central Research Institute has been exploring practical applications of humanoid robots in the nuclear power industry, aiming to replace high-intensity, high-risk, and repetitive tasks to enhance efficiency and safety in nuclear power manufacturing.
Shanghai Electric (SIELY) ha collaborato con nove imprese di ricerca per creare il primo centro di formazione per robot umanoidi eterogenei della Cina, il Campo di Formazione per Robot Umanoidi Kylin. Attualmente, la struttura ospita oltre 100 robot, con piani per espandere la capacità a 1.000 robot di uso generale entro il 2027.
L'iniziativa, lanciata in collaborazione con il Centro Nazionale e Locale di Innovazione in Robotica Umanoide, implementerà programmi di formazione in vari settori, tra cui la produzione di attrezzature, l'industria automobilistica e gli elettrodomestici. Shanghai Electric Nuclear Power Group ha schierato con successo il suo primo robot umanoide per operazioni nell'industria nucleare il 1° dicembre 2024, concentrandosi su ambienti operativi estremi e ad alto rischio.
Dal marzo 2024, l'Istituto Centrale di Ricerca dell'azienda ha esplorato applicazioni pratiche dei robot umanoidi nell'industria dell'energia nucleare, mirando a sostituire compiti ad alta intensità, ad alto rischio e ripetitivi per migliorare l'efficienza e la sicurezza nella produzione di energia nucleare.
Shanghai Electric (SIELY) se ha asociado con nueve empresas de investigación para establecer la primera instalación de entrenamiento de robots humanoides heterogéneos de China, el Campo de Entrenamiento de Robots Humanoides Kylin. Actualmente, la instalación alberga más de 100 robots, con planes de aumentar su capacidad para entrenar a 1,000 robots de propósito general para 2027.
La iniciativa, lanzada en colaboración con el Centro de Innovación en Robótica Humanoide Nacional y Local, implementará programas de capacitación en diversas industrias, incluyendo la fabricación de equipos, la producción automotriz y los electrodomésticos. Shanghai Electric Nuclear Power Group desplegó con éxito su primer robot humanoide para operaciones en la industria nuclear el 1 de diciembre de 2024, enfocándose en entornos operativos extremos y de alto riesgo.
Desde marzo de 2024, el Instituto Central de Investigación de la compañía ha estado explorando aplicaciones prácticas de robots humanoides en la industria de la energía nuclear, con el objetivo de reemplazar tareas de alta intensidad, alto riesgo y repetitivas para mejorar la eficiencia y la seguridad en la fabricación de energía nuclear.
상하이 전기 (SIELY)는 아홉 개의 연구 기업과 협력하여 중국 최초의 이종 인간형 로봇 훈련 시설인 인간형 로봇 쿼린 훈련장을 설립했습니다. 이 시설은 현재 100개 이상의 로봇을 수용하고 있으며, 2027년까지 1,000개의 범용 로봇을 훈련할 수 있는 용량으로 확장할 계획입니다.
이 이니셔티브는 국가 및 지역 공동 건설 인간형 로봇 혁신 센터와 협력하여 시작되었으며, 장비 제조, 자동차 생산 및 가전 제품을 포함한 다양한 산업에서 훈련 프로그램을 시행할 것입니다. 상하이 전기 원자력 그룹은 2024년 12월 1일 원자력 산업 운영을 위한 첫 번째 인간형 로봇을 성공적으로 배치하였으며, 극한 및 고위험 작업 환경에 중점을 두고 있습니다.
2024년 3월 이후, 회사의 중앙 연구소는 원자력 산업에서 인간형 로봇의 실용적인 응용을 탐색하고 있으며, 고강도, 고위험 및 반복적인 작업을 대체하여 원자력 제조의 효율성과 안전성을 향상시키는 것을 목표로 하고 있습니다.
Shanghai Electric (SIELY) s'est associé à neuf entreprises de recherche pour établir le premier centre de formation de robots humanoïdes hétérogènes de Chine, le Terrain de Formation des Robots Humanoïdes Kylin. L'établissement accueille actuellement plus de 100 robots, avec des projets d'augmenter sa capacité à former 1 000 robots polyvalents d'ici 2027.
L'initiative, lancée en collaboration avec le Centre d'Innovation en Robotique Humanoïde National et Local, mettra en œuvre des programmes de formation dans divers secteurs, y compris la fabrication d'équipements, la production automobile et les appareils électroménagers. Shanghai Electric Nuclear Power Group a déployé avec succès son premier robot humanoïde pour des opérations dans l'industrie nucléaire le 1er décembre 2024, en se concentrant sur des environnements opérationnels extrêmes et à haut risque.
Depuis mars 2024, l'Institut Central de Recherche de l'entreprise explore les applications pratiques des robots humanoïdes dans l'industrie de l'énergie nucléaire, visant à remplacer des tâches de haute intensité, à haut risque et répétitives pour améliorer l'efficacité et la sécurité dans la production d'énergie nucléaire.
Shanghai Electric (SIELY) hat sich mit neun Forschungseinrichtungen zusammengeschlossen, um Chinas erste heterogene humanoide Roboterschulungseinrichtung, den Humanoiden Roboter Kylin Trainingsplatz, zu schaffen. Die Einrichtung beherbergt derzeit über 100 Roboter und plant, die Kapazität bis 2027 auf 1.000 universell einsetzbare Roboter zu erweitern.
Die Initiative, die in Zusammenarbeit mit dem Nationalen und Lokalen Zentrum für Innovation in humanoider Robotik ins Leben gerufen wurde, wird Schulungsprogramme in verschiedenen Branchen umsetzen, darunter Maschinenbau, Automobilproduktion und Haushaltsgeräte. Shanghai Electric Nuclear Power Group hat am 1. Dezember 2024 erfolgreich seinen ersten humanoiden Roboter für den Einsatz in der Nuklearindustrie eingeführt, der sich auf extreme und risikoreiche Betriebsumgebungen konzentriert.
Seit März 2024 erforscht das zentrale Forschungsinstitut des Unternehmens praktische Anwendungen humanoider Roboter in der Nuklearindustrie, mit dem Ziel, hochintensive, risikobehaftete und sich wiederholende Aufgaben zu ersetzen, um die Effizienz und Sicherheit in der Nuklearproduktion zu verbessern.
- First-mover advantage in China's humanoid robot training sector
- Strategic expansion into automated nuclear power operations
- Diversification into multiple industrial applications
- Potential reduction in operational risks and costs through robot deployment
- Significant investment required for facility expansion to 1,000 robot capacity
- Technical and implementation risks in nuclear power applications
- Extended timeline (until 2027) for full capacity achievement
The groundbreaking facility aims to train up to 1,000 humanoid robots by 2027, enhancing industrial applications.
The training ground is presently capable of housing over 100 humanoid robots, positioning it as the largest of its kind nationwide. The company aims to expand this capacity significantly, targeting the concurrent training of 1,000 general-purpose robots by 2027.
At the launching event, Shanghai Electric Nuclear Power Group, in collaboration with the National-Local Center and ten other research institutions and enterprises, has entered into a joint agreement to accelerate the industrial application and research of humanoid robots.
This initiative will encompass training programs across more than ten industries, including equipment manufacturing, automotive production, and home appliances. Through continuous training, humanoid robots will accumulate extensive industrial scenario data, laying a solid foundation for the development of more precise large-scale robot models and driving their widespread adoption and further advancement across multiple sectors.
Since March 2024, Shanghai Electric's Central Research Institute has been working closely with the National-Local Center to explore real-world applications of humanoid robots, focusing on extreme and high-risk operational environments in the nuclear power industry. The initiative aims to gradually replace traditional high-intensity, high-risk, and repetitive tasks, enhancing both efficiency and safety in nuclear power manufacturing and injecting fresh momentum into the industry's intelligent transformation.
After extensive research and joint experimentation, Shanghai Electric and the National-Local Center successfully deployed the first humanoid robot for routine nuclear industry operations on December 1, 2024. This robot boasts unique highlights that truly set it apart.
- The training facility features unique design elements focused on configuration and force control.
- Equipped for data collection and extensive training functionalities.
- Capable of performing tasks like inspections and loading/unloading in industrial environments.
With the successful deployment of this humanoid robot at the training ground's nuclear power application zone, Shanghai Electric's technical team will continue to collaborate closely with the National-Local Center. By leveraging Shanghai Electric's expertise in nuclear power production and technology, both parties will work to further integrate humanoid robots into nuclear industrial applications, ultimately driving the sector toward higher efficiency, safety, and technological excellence.
Shanghai Electric remains committed to pioneering innovation and fostering industrial advancements, ensuring that humanoid robotics play a transformative role in shaping the future of intelligent manufacturing.
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SOURCE Shanghai Electric
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