加强顶层设计，推动政策协同创新。中试活动横跨科研与生产，涉及经信、科技、环保等多个部门。可 借鉴上海"七部门协同+一事一议"机制，建立跨部门协调机制，简化中试项目审批流程。同时，推行"行 业自律+政府监管"模式，在安全环保底线基础上，赋予行业协会更多标准制定权，实现"一次评估、长 期有效"，为中试创新提供更灵活的制度空间。 立足产业根基，打造特色化中试集群。中试平台的生命力在于与产业需求紧密结合，应引导各地基于自 身产业禀赋布局，避免低水平重复建设。比如，制造业基础雄厚的地区可聚焦高端装备中试，化工园区 可打造新材料中试基地，低空经济试点区域可发展无人机适航检测平台。通过将中试平台嵌入现有产业 集群，实现从"单点验证"到"场景化验证"的升级。 作为科技成果转化的关键环节，中试平台是连接实验室与生产线的"超级接口"，其发展水平直接决定着 产业创新链的转化效率。当前，我国中试平台建设仍处于起步阶段，面临诸多挑战。一是中试平台建设 投入大、风险高，单纯依赖政府投入难以持续；二是传统监管政策与中试活动的特殊性存在冲突，审批 流程繁琐；三是区域发展不平衡，部分中试平台与产业基础脱节，存在重复建设、资源闲置现象；四是 中 ...

Core Points - The "Zhongshi Baorongtong" comprehensive financial service project was launched in Ningbo, aiming to enhance the integration of mid-test resources and accelerate the transformation of scientific achievements into productive forces [1][2] - The project will provide a total of 200 billion yuan in financial support and insurance protection over the next three years to facilitate the entire chain of mid-test needs for technology innovation enterprises [1] Group 1 - The event was co-hosted by the Bank of China Ningbo Branch and China Pacific Insurance Ningbo Branch, focusing on the implementation of national policies for mid-test platform construction [1] - The "Zhongshi Baorongtong" service plan includes a collaborative service model of "loan-insurance-subsidy" to meet the financial needs of mid-test projects [1][2] - A customized credit scheme has already been developed for a technology company incubated by the Yongjiang Laboratory, along with a strategic cooperation agreement with a national mid-test platform for semiconductor materials [1] Group 2 - The Bank of China Ningbo Branch plans to deepen its technology finance strategy and continue innovating products and services to support the integration of technological and industrial innovation [2] - The initiative aims to enhance the construction level and verification capabilities of mid-test platforms in the region, addressing the diverse financial needs of various innovation entities [2]

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]