编者按："十五五"时期是基本实现社会主义现代化夯实基础、全面发力的关键时期，也是广东加强创新 优势、实现更多突破的关键时期。"十四五"期间，广东经济总量已连续跨越12万亿元、13万亿元、14万 亿元三个台阶，五年累计超过67万亿元，这份成绩单殊为不易。《粤讲粤明》为您深度解读这份沉甸甸 的成绩单背后的分量，通过省政府工作报告来看广东省如何在"十五五"开好局、起好步。 2026年广东省政府工作报告提出，推动海洋经济高质量发展，加快打造海上新广东。近期，中共广东省 委十三届八次全会暨省委经济工作会议也曾就海洋经济发展作出系列重要部署，明确提出要"加力推动 海洋经济高质量发展，更好把新空间转化为实实在在的新增长"。这一系列部署，深刻把握了发展海洋 经济的内在规律与时代机遇，为"十五五"时期广东省经略海洋指明了主攻方向。 三是增长结构之新。推动海洋经济内部结构优化，使海洋高端装备制造、海洋药物和生物制品、海洋新 材料等知识技术密集型产业成为新的支柱，增强产业链的韧性与竞争力。 四是增长格局之新。发挥海洋经济的辐射带动作用，为粤东粤西两翼地区承接蓝色能源、海洋牧场等产 业提供历史性机遇，促进全省陆海统筹、区域协调发展。 ...

Core Viewpoint - The article emphasizes the strategic framework for Guangdong's development during the "14th Five-Year Plan" period, focusing on the transition from "new scenarios" to "new spaces" and ultimately achieving "new growth" in the marine economy [1][2]. Group 1: New Scenarios - "New scenarios" represent a revolutionary change in marine development and utilization, defined by technological advancements, national strategies, and sustainable development needs [3]. - Key examples of "new scenarios" include the "transparent ocean" supported by integrated observation and AI, "blue energy" from offshore wind and solar, "healthy ocean" focusing on marine biomedicine, and frontier exploration for national strategies [3]. Group 2: New Spaces - The realization of "new scenarios" requires the systematic development of "new spaces," which involves geographical and physical strategic extensions, such as advancing polar exploration bases and optimizing coastal development [4]. - The focus is on creating new industrial clusters around emerging demands, including high-end marine equipment, marine biomedicine, and digital services, while also enhancing traditional marine industries [4]. Group 3: New Growth - The essence of "new growth" involves a shift from quantity expansion to quality enhancement, emphasizing technological content, added value, and green benefits [5]. - The core driving forces for growth are transitioning from traditional capital and resource inputs to innovation, high-end talent, and knowledge-based production factors [5]. - The internal structure of the marine economy is being optimized to support knowledge-intensive industries, enhancing resilience and competitiveness [5]. Group 4: Recommendations - The article suggests promoting major platforms for open sharing to create public innovation hubs, enhancing the construction and upgrading of international ports to support efficient flow of marine economic elements [6]. - It recommends implementing a nurturing program for marine technology enterprises, focusing on specialized companies in critical areas and encouraging land-based tech leaders to expand into marine sectors [6]. - Establishing a "university-platform-laboratory" innovation ecosystem is advised to strengthen talent and technological support, with a focus on marine science and energy [7].

Core Viewpoint - The company is currently focusing on self-manufactured sensors primarily for internal use, while exploring new application scenarios in various verticals such as renewable energy, new materials, and life sciences [1] Group 1: Company Operations - The company's main detection products are widely applied, with over 80% of their applications concentrated in industrial-related fields [1] - The company is actively seeking to enhance market penetration in new application areas, although the revenue contribution from these new sectors remains low at this stage [1]