Jiaxing and ShanghaiJune 10, 2026 /PRNewswire/ — Recently, the globally renowned energy research institution Wood Mackenzie released its 2026 Global Photovoltaic Inverter Manufacturer Rankings. Yune Energy Technology, leveraging its outstanding performance in technological innovation, superior products, and sustainable development, has been listed among the top ten global photovoltaic inverter manufacturers and rated as a “Grade A Photovoltaic Inverter Manufacturer”, demonstrating strong market competitiveness and brand influence.
Wood Mackenzie’s annual rankings, known for their rigorous methodology and independent data, have become a key reference for global photovoltaic power station investment, design, and procurement decisions. This year’s report ranking is based on eight indicators, including ESG practices, R&D investment, and capacity utilization, selecting manufacturers that combine operational stability with compliance with global procurement standards, setting a new benchmark for the manufacturing industry. Yune Energy’s successful inclusion this time highlights its outstanding resilience and comprehensive strength amid fierce industry competition.
This Grade A rating is a significant testament to Yune Energy’s deep efforts in technological innovation, ESG practices, and global services. As a company listed on the STAR Market, Yune Energy has always adhered to its mission of “Driving a Zero-Carbon Future, Creating a Smart Life,” empowering products and solutions with AI technology to provide users with distributed full-scenario solutions covering micro-storage, residential solar-storage, and commercial and industrial solar-storage. At the same time, the company places high importance on independent R&D and innovation, with R&D personnel accounting for over 51% of its total workforce. It has obtained 231 authorized intellectual property rights, including 102 invention patents. Since 2013, the company has been honored as a “National High-Tech Enterprise” for five consecutive terms, continuously leading the technological frontier of the industry.
In the ESG field, Yune Energy integrates ESG concepts into its production, operations, and development strategy, establishing a mature “three committees and one layer” governance structure. It has set up a dedicated Strategy and Sustainable Development (ESG) Committee, forming a governance mechanism with clear rights, responsibilities, and effective oversight. Simultaneously, focusing on solar-storage integration, it promotes the deep integration of AI technology in R&D, customer service, and energy management, supporting green development in global energy and its own operations. Additionally, it actively engages in public welfare initiatives, collaborating with charitable organizations to implement donation actions, conveying corporate warmth and fulfilling social responsibilities through practical measures.
In the global service domain, Yune Energy has been steadily expanding its global presence since 2011, establishing subsidiaries in major international photovoltaic application markets such as the United States, Australia, France, the Netherlands, Mexico, Brazil, Singapore, the United Kingdom, and Japan, forming a global sales and service network. Meanwhile, the company adheres to the business policy of “strong R&D, emphasis on marketing, and asset-light operations,” achieving an optimal combination of technological R&D, global marketing, and product manufacturing. This demonstrates strong production flexibility and operational resilience, providing a solid foundation for better serving the global market.
This Grade A rating as a photovoltaic inverter manufacturer will further consolidate Yune Energy’s brand influence in the global new energy sector, providing authoritative endorsement for the company’s participation in global energy market competition and deepening its product business layout. In the future, Yune Energy will continue to collaborate with global partners, using continuous technological innovation and AI empowerment as engines to drive efficient and intelligent symbiosis within the energy ecosystem.