近日，江西省工业和信息化厅等5部门公布了《江西省制造业中试创新发展实施方案》，加快布局建设 一批支撑全省制造业高质量发展的中试平台。 方案设置了未来三年中试平台发展目标：2025年建立省级制造业中试平台储备库，在重点领域培育储备 50个制造业中试平台。到2026年，建成10家左右服省级制造业中试平台，其中2-3家达到国内行业标杆 水平。到2027年,实现中试服务能力对全省重点制造业领域全覆盖 ，争创5家左右国家级制造业中试平 台。 方案明确要求提升六种关键中试服务能力，构建覆盖科技成果转化全链条的服务体系。新产品生产验证 确保新产品能从试制顺利过渡到批量生产；生产工艺参数优化聚焦寻找最优生产参数，提升产品质量与 效率；技术研发转化孵化为实验室科技成果提供技术熟化、验证 、孵化和商业化一站式服务；小批量 试生产可满足市场推广、客户送样等前期试产需求；仪器设备共享，降低企业研发成本；设备应用验证 为首台套装备、新软件提供真实场景测试。 江西省将拿出真金白银支持中试平台建设。对由企业牵头建设的省级中试平台，重点支持其中试能力提 升，对新投入使用的中试设备给予不超过设备总价30%的资金支持，单次最高不超过200万元。 ...

Core Viewpoint - The construction of pilot testing platforms is crucial for the transformation and industrialization of scientific research achievements, with a global competition emerging around these platforms [1] Group 1: Importance of Pilot Testing Platforms - Pilot testing platforms serve as a critical bridge between laboratory innovations and large-scale production, effectively addressing the common "valley of death" in technology transfer [4] - The U.S. government has elevated the construction of pilot testing platforms to a strategic level, investing $53 billion to support key sectors like semiconductors and clean energy [2] - The UK government has established a national strategy to create seven national-level pilot centers, investing £1 billion over four years to enhance technology transfer in various fields [3] Group 2: Global Initiatives and Investments - Germany's federal government has positioned pilot testing platform construction as a core node in its "Industry 4.0" transformation strategy, focusing on renewable energy and advanced materials [4] - Japan's Ministry of Economy, Trade and Industry has allocated ¥2 trillion to support hydrogen pilot projects as part of its "Science and Technology Innovation Comprehensive Strategy 2020" [5] - South Korea plans to invest 622 trillion won in a semiconductor ecosystem support plan, aiming to establish the world's largest semiconductor industrial cluster [5] Group 3: Collaboration Between Academia and Industry - The efficient operation of pilot testing platforms relies on deep collaboration between universities and enterprises, leveraging their respective strengths in technology exploration and market demand [6] - Singapore's pilot testing platform construction focuses on nanomaterials and artificial intelligence, enhancing research efficiency by approximately 40% through automation [6] - The EU has initiated a cutting-edge chip pilot line project, marking a shift from technology validation to innovation in pilot testing platforms [6]

Core Insights - The Ministry of Industry and Information Technology (MIIT) has announced the preliminary list of 242 key pilot platforms for manufacturing, covering six major sectors essential for high-quality development [1][2] - The success of pilot testing is crucial for the industrialization of technological achievements, with a success rate of 80% for those that undergo pilot testing compared to only 30% for those that do not [1] - The government aims to establish provincial and national pilot platforms by 2027 to enhance the engineering breakthroughs and industrial applications of traditional and emerging industries [2] Group 1: Pilot Platforms Overview - The 242 pilot platforms are distributed across 29 provinces, excluding Qinghai and Tibet, with Guangdong, Beijing, Jiangsu, and Zhejiang leading in the number of platforms [2][3] - Guangdong has the highest number of pilot platforms across all six sectors, indicating strong industrial transformation capabilities [3] Group 2: Regional Development Plans - Guangdong plans to establish 30-50 provincial pilot platforms by 2025, with 5-8 expected to reach industry benchmark levels [2] - Shandong aims to create around five exemplary provincial pilot platforms by 2027 in key industrial sectors, striving for national-level recognition [2]