SHANGHAI, Sept. 2, 2026 /PRNewswire/ -- Frost & Sullivan has released the White Paper on Global Solar Generator and Plug-in Solar Storage Industry, providing a comprehensive review of the market's development, safety framework, competitive landscape and future trends. According to the white paper, growing demand for household backup power, outdoor electricity use, self-consumption and greater energy independence is accelerating the evolution of solar generators and plug-in solar storage from scenario-specific supplementary power sources into more comprehensive household energy solutions. The global market grew from approximately USD 1.1 billion in 2021 to USD 2.6 billion in 2025 and is expected to reach approximately USD 5.8 billion by 2030.

As the market expands, safety is becoming increasingly important not only as a fundamental product requirement, but also as a key factor influencing consumer choice, market access and long-term brand competitiveness. Solar generators and plug-in solar storage products combine relatively high energy capacity, high power output and highly integrated electrical systems, while increasingly being used in homes, vehicles and outdoor environments in close proximity to users. The white paper therefore highlights the importance of building systematic safety capabilities across battery cells, battery management systems, thermal management, structural and electrical protection, environmental adaptability and lifecycle quality management. As products continue to advance toward higher capacity, greater power output, faster charging and smarter energy management, industry competition is expected to shift beyond individual product specifications toward a broader assessment of safety, performance, reliability and intelligence.

The white paper also identifies Jackery as a representative leading brand in the industry. According to Frost & Sullivan's research, Jackery ranked first globally in terms of both cumulative sales volume and cumulative revenue during the measurement period, reflecting sustained market leadership across multiple product cycles and geographic markets. Building on its established presence in portable power stations and portable solar panels, Jackery has continued to broaden its portfolio into balcony and plug-in solar storage, household backup power and wider household green-energy solutions. At the same time, the brand has continued to strengthen its multi-layer safety architecture, integrated R&D and manufacturing capabilities, and global market presence.

As highlighted in the Frost & Sullivan white paper, safety serves as the cornerstone for solar generators and plug‑in solar storage to enter mass‑market households. Jackery has built its FortiShield seven‑layer comprehensive safety protection system covering battery‑cell‑level protection, smart BMS management, thermal‑structural protection, emergency fault intervention, electrical‑load protection, all‑weather structural protection and living‑environment safety. According to Frost & Sullivan's review of publicly‑available information, as of August 2026, Jackery has recorded no known mass‑recall incidents stemming from product‑design flaws. Supported by whole‑lifecycle quality control and extensive global safety certifications, Jackery delivers robust safety guarantees for household, vehicle‑mounted and outdoor‑scenario applications, establishing itself as the industry's benchmark safety‑first brand — the most trusted safety‑first brand for solar generator & plug‑and‑play solar storage solutions.

Looking ahead, the white paper identifies continued safety enhancement, deeper integration of household and outdoor power scenarios, the coordinated development of higher performance and greater portability, and the evolution of intelligent energy management from basic connectivity toward more autonomous control as key industry trends. As households place greater emphasis on energy resilience, flexibility and independence, solar generators and plug-in solar storage are expected to become increasingly integrated into everyday household energy systems.