by Muhammad Asif NOOR
China’s rise as a global leader in green and low-carbon technology patents is a significant marker of its evolving role in the international landscape of sustainable innovation. Over the past several years, China has not only caught up with traditional innovation powerhouses like Japan, the United States, and Germany but has far outpaced them in the race to develop and patent green technologies. This development is not merely a reflection of China’s growing prowess in technological innovation but also a strategic pivot in its broader economic and environmental policies.
The sheer volume of patents originating from China in the green and low-carbon sectors is staggering. In 2023 alone, Chinese patentees published 101,000 green and low-carbon patent applications, a figure that is nearly five times higher than that of Japan, which holds the second spot. This 20.1% year-on-year growth is not just a statistical increase but a clear indication of China’s commitment to leading the world in the development of technologies that are critical to addressing global environmental challenges.
This surge in green patent applications and grants can be traced back to a deliberate and sustained effort by the Chinese government and private sector to invest in and prioritize green technology. From 2016 to 2023, China maintained a robust annual growth rate of 12.3% in published patent applications, totaling 555,000 globally. This figure is nearly three times that of Japan, which had 200,000 applications, while the U.S., South Korea, and Germany followed with 157,000, 108,000, and 74,000 respectively. Together, these five countries accounted for 85.7% of the global total, with China firmly in the lead.
What’s particularly extraordinary is that this growth is not confined to one or two sectors of green technology but spans across all areas. China has made significant strides in energy conservation, recycling, clean energy, energy storage, and greenhouse gas capture, utilization, and storage. Energy saving and recycling, in particular, have been at the forefront, accounting for the largest share of China’s green patent applications with 211,000 out of the total 573,000 published applications between 2016 and 2023.
However, it’s the rise of energy storage patents that truly underscores China’s innovative leap. Energy storage applications have grown at an average annual rate of 19.3% during this period, surpassing even the traditionally dominant energy-saving and recycling sectors by 2023. This growth is not just about numbers; it represents a strategic move to break away from fossil fuel dependence and establish China as a leader in next-generation energy technologies. Clean energy has also seen stable growth, with solar and hydrogen energy leading the way, accumulating over 10,000 patents each. Solar energy, in particular, has become a cornerstone of China’s clean energy strategy, with 18,000 patents, making up 34.8% of the clean energy patents filed during this period.
These advancements are not just about keeping pace with global trends; they reflect China’s strategic ambitions to reshape its economic model around sustainability. By leading in green technology, China is not only addressing its own environmental challenges but is also positioning itself as a key player in the global transition to a low-carbon future. This shift is particularly significant when considering China’s historical reliance on coal and other fossil fuels. The country’s leadership in green patents is a clear signal that it is serious about its commitments to carbon neutrality and reducing its environmental impact.
Furthermore, China’s dominance in green patents also reflects its broader economic and geopolitical strategies. By controlling a significant share of the world’s green technology patents, China is not just an innovator but also a gatekeeper of critical technologies that will shape the future of global energy and environmental policies. This control gives China significant leverage in international negotiations and partnerships, particularly as the world becomes more focused on sustainable development and climate change mitigation.
China’s green patent strategy is also deeply intertwined with its broader economic reforms and modernization efforts. The Chinese government has been keen to transition the economy from a manufacturing-based model to one driven by innovation and high-tech industries. The surge in green patents is a testament to the success of these efforts. The emphasis on high-quality development, as seen in the outcomes of the Third Plenary Session of the 20th Central Committee of the Communist Party of China, aligns perfectly with the country’s green patent trajectory. This strategy not only enhances China’s global standing but also addresses domestic challenges, such as pollution and energy security, which have been pressing concerns for the government.
The implications of China’s leadership in green technology patents are profound. As the world grapples with the urgent need to find sustainable solutions to environmental challenges, China’s growing green patent portfolio positions it as a critical player in the global green economy. This leadership not only provides China with economic advantages but also offers it a platform to influence global standards and policies related to green technologies.
As China continues to expand its green patent portfolio, the world will be watching closely to see how it leverages this growing intellectual property to further its economic and geopolitical objectives. The future of global sustainability may very well be shaped by the innovations coming out of China’s laboratories and research institutions. In this context, China’s green patent race is not just a story of technological innovation but also a narrative of strategic foresight, economic transformation, and global influence.
Author: Muhammad Asif Noor is Founder of Friends of BRI Forum, Senior Advisor to Pakistan Research Centre at Hebei Normal University in China, Co-Founder of the Alliance of China-Pakistan Research Centres, and Senior Fellow at the Centre for CPEC Studies at Kashi University in China.
This article reflects the author’s own opinions and not necessarily the views of Global Connectivities.