Against the backdrop of accelerating global energy transition and the deep implementation of the “Dual-Carbon” strategy, the photovoltaic industry has become a key driving force for low-carbon economic development and energy innovation. As a leading enterprise specializing in solar module manufacturing and green energy solutions, Q-SUN SOLAR delivered an impressive low-carbon performance report in 2025, demonstrating its continuous innovation capability and global quality competitiveness through intelligent manufacturing, green practices, systematic management, and internationally recognized certifications.
- Intelligent Manufacturing Upgrade: Empowering Green Production through Smart Factory and Industrial Internet
In 2025, Q-SUN SOLAR was recognized as an Advanced-Level Intelligent Factory of Jiangsu Province, marking its leading position in production automation, data interconnection, and intelligent decision-making. The smart factory has significantly improved module production efficiency and product consistency, while effectively reducing carbon emissions at the source through precise energy and material management.
Meanwhile, the company was successfully selected for the Jiangsu Province “Industrial Internet+” Platform, realizing full-process digital management from order placement to delivery. By enabling real-time equipment monitoring, optimized production scheduling, and predictive maintenance, the platform further enhances operational efficiency and resource utilization, providing strong support for high-quality, low-energy-consumption manufacturing.
- Green Core: Lifecycle Carbon Management and Energy Efficiency
In terms of green and low-carbon development, Q-SUN SOLAR continues to improve its carbon management system across both products and manufacturing processes. In 2025, four mainstream PV module series (420–450W, 550–600W, 595–620W, and 675–720W) were awarded National Carbon Footprint Certificates by the China Quality Certification Center (CQC). Based on Life Cycle Assessment (LCA) methodology, these certifications comprehensively quantify carbon emissions throughout the entire product lifecycle—from raw material sourcing and manufacturing to transportation and usage—providing customers with transparent and traceable low-carbon data.
In addition, Q-SUN SOLAR successfully obtained ISO 50001 Energy Management System Certification. This system focuses on improving energy performance through systematic monitoring and continuous optimization, driving standardized energy-saving practices and laying a solid foundation for long-term green manufacturing.
- Innovation Engine: Provincial Technology Center Driving Future Breakthroughs
Technological innovation is the core driver of industrial advancement and carbon neutrality. In 2025, Q-SUN SOLAR was officially recognized as a Jiangsu Provincial Enterprise Technology Center. The center brings together the company’s top R&D talents and focuses on cutting-edge areas such as high-efficiency cell technologies, advanced module processes, low-carbon material applications, and intelligent operation and maintenance. This recognition fully affirms Q-SUN SOLAR‘s independent R&D capabilities and sustained investment in innovation, while also laying a strong foundation for the development of more competitive and lower-carbon photovoltaic products in the future.
- Global Passport: Opening the World with Top-Tier Quality and Compliance
Facing global markets—especially Europe, where requirements for product quality, safety, and environmental compliance are extremely stringent—Q-SUN SOLAR once again secured multiple key certifications in 2025, backed by its robust product strength:
EU REACH Certification: Ensures that the chemical substances used in Q-SUN SOLAR products and manufacturing processes comply with the EU’s strict environmental, health, and safety regulations, removing regulatory barriers to the European market and reflecting the company’s strong commitment to human health and environmental protection.
TÜV Single-Glass Certification & CQC Double-Glass Certification (including annual audit approval): Certifications from internationally recognized TÜV organizations and China’s national-level CQC fully validate Q-SUN SOLAR modules in terms of performance, safety, and reliability. The successful annual CQC audit further demonstrates the long-term effectiveness of the company’s quality management system and the stable reliability of its products.
The Q-SUN SOLAR High-Efficiency Monocrystalline PV Module Engineering Technology Research Center Laboratory is a strategic asset supporting the long-term reliability of our products. Operated in alignment with globally recognized certification standards, the laboratory operates a comprehensive testing framework covering environmental aging, mechanical stress, and electrical safety, with full capability to conduct 18 key reliability tests, including thermal cycling, damp heat, UV exposure, PID, mechanical load, and hail impact.
This validation system enables strict quality control from material qualification to system-level verification, ensuring potential failure risks are identified and eliminated before mass production. As a result, Q-SUN SOLAR modules deliver exceptional durability, extended service life, and stable power output under demanding operating conditions.
Beyond Achievements, the Journey Continues
Every certification earned and every recognition received marks a solid step forward for Q-SUN SOLAR on its journey toward a low-carbon future. Together, they illustrate how a responsible photovoltaic enterprise enhances efficiency through intelligent manufacturing, reduces emissions through green management, pushes boundaries through continuous innovation, and earns trust through uncompromising product quality.
The achievements of 2025 represent not only a summary of past efforts, but also a new starting point for the future. Building on this momentum, Q-SUN SOLAR will continue to advance photovoltaic technologies, deepen green manufacturing practices, and work closely with global partners to accelerate the adoption of clean energy—contributing greater Chinese solar power to the global goal of carbon neutrality.
