沙利文发布《Innovative Modularisation Ushers in New Era of Energy Storage Industry Development White Paper》

As the global energy transition accelerates, battery costs continue to decline, and the demand for stable energy prices and supplies increases, the global electrochemical energy storage industry is witnessing steady growth. With advancements in energy storage technologies and distributed energy storage, fully modular energy storage solution has emerged. By optimizing management at the battery pack level and employing a stackable design, these systems enhance control precision, flexibility, and safety. They are particularly well-suited for residential applications and can also be widely applied in commercial and industrial scenarios.

Fully modular energy storage solution features a highly integrated, stackable design and modular expansion solutions, which reduce complex wiring between devices, enable rapid installation, and offer adaptable spatial configurations. Additionally, the independent battery pack management architecture ensures fault isolation and efficient maintenance. This solution significantly improves the convenience, safety, flexibility, reliability, and capacity utilization of energy storage systems, showcasing enormous market potential.

On June 10, 2025, Frost & Sullivan officially released the 2024 White Paper on the Innovative Modularisation Ushers in New Era of Energy Storage Industry. Against the backdrop of the global carbon neutrality strategy, this report systematically examines the technical pathways, core advantages, and future development prospects of the fully modular energy storage solution market. Starting from the energy storage sector, the report provides a comparative analysis of current mainstream energy storage technologies, examines the development status and trends of the electrochemical energy storage industry, and further explores the innovative technological advantages and commercialization scenarios of fully modular energy storage as a next-generation solution in the field.