Core Viewpoint - The implementation of mandatory standards such as "General Technical Conditions for Seismic Support and Hangers for Building Mechanical and Electrical Equipment" has expanded the market for seismic support systems in the power battery industry, creating continuous growth opportunities. The Chinese power battery seismic support industry is transitioning from scale expansion to quality improvement, driven by technological innovation and deep market application integration [1][15]. Industry Overview - The power battery seismic support system is designed to ensure the stability and safety of battery systems under seismic conditions. It consists of anchoring components, reinforced hangers, seismic connection components, and diagonal braces [2]. - The industry has developed a complete industrial chain, with upstream focusing on high-end materials like aluminum and magnesium alloys, midstream on design and manufacturing, and downstream applications in energy storage stations and new energy vehicle factories [9][11]. Market Dynamics - The power battery installation volume is expected to reach 130.2 GWh in Q1 2025, with a year-on-year growth of 52.8%, driving the demand for seismic support systems [1][13]. - The market for power battery seismic supports is projected to exceed 15 billion yuan by 2027, reflecting the industry's growth potential [15]. Development History - The industry has evolved through four key stages: the initial phase (2009-2014), standardization phase (2015-2017), rapid growth phase (2018-2020), and the current technology upgrade phase (2021-present) [7]. Competitive Landscape - The industry features a diverse competitive landscape, with traditional seismic companies transitioning, new energy chain companies leading the high-end market, and material and manufacturing companies innovating through lightweight and corrosion-resistant technologies [17][19]. - Key players include Top Group, He Sheng Co., Wen Can Co., and Lian Ying Laser, each focusing on different aspects of the market [2][19]. Future Trends - The industry is shifting from policy-driven to technology-driven and scenario-driven development, with a focus on high-end, customized, and ecological solutions [22]. - Innovations in materials and smart monitoring systems are expected to enhance product performance and reliability, meeting the stringent demands of energy storage and battery swapping scenarios [22][23]. - The industry is moving towards a collaborative ecosystem, integrating upstream material suppliers and downstream service providers to enhance efficiency and sustainability [24].