Six Key Highlights of the 11th International Forum on Clean Energy
The 11th International Forum on Clean Energy, organized by IFCE, was held on December 3-4, 2024, in the Hengqin Guangdong-Macao In-Depth Cooperation Zone. As a leading global platform for clean energy exchange and collaboration, the forum, themed "Innovation Driving a Sustainable Green Future," brought together over 400 representatives from governments, UN agencies, industry associations, enterprises, and research institutions. The discussions focused on clean energy technological innovation, green development, and international cooperation, fostering valuable exchanges and partnerships.
Highlight One: Focusing on Clean Energy Development and Leading the Global Green Transition
The forum focused on technological innovation, closely following the global trend of the clean energy transition. It engaged in in-depth discussions on energy technology innovation and green development, while reinforcing international cooperation and regional collaboration. Through a comprehensive exploration of policies, technologies, and capital, the forum aimed to serve as a key platform for advancing the global energy transition and promoting sustainable development.
1. Energy Transition and Global Sustainable Development
The Vice Chairman of the National Committee of the Chinese People's Political Consultative Conference, Mr. Edmund Ho Hau Wah, sent a congratulatory message, fully recognizing the forum's key role in clean energy technological innovation and international cooperation. In his video address, United Nations Under-Secretary-General Mr. Li Junhua highlighted the importance of the clean energy transition in achieving the goals of the Paris Agreement and the 2030 Agenda for Sustainable Development. He emphasized that clean energy is not only the core driver of economic development but also a critical pathway for global climate governance. In his speech, IFCE Chairman Mr. Ambrose So stated that the organic integration of technological innovation, international cooperation, and green finance provides strong support for global energy transformation and the realization of carbon neutrality goals.
2. Multi-sectoral Exploration of the Future of Clean Energy
The forum covered a wide range of topics, including green technology innovation and its industrialization pathways. Mr. Qian Zhimin, Vice Chairman of the Population, Resources, and Environment Committee of the Chinese People's Political Consultative Conference, noted that the "technological attributes" of new energy are gradually replacing their "resource attributes." He emphasized that the deep integration of clean energy with various sectors will become a key competitive advantage in global technological development. He also highlighted the concept of "new energy +" encompassing multiple sectors such as industry, transportation, and construction, and its deep integration with various disciplines, injecting strong momentum into green development.
Mr. Tian Lipu, former Director of the China National Intellectual Property Administration, pointed out that global green and low-carbon patent grants have continued to increase in recent years, with China showing remarkable innovation performance in the new energy sector. He specifically highlighted China's significant advantages in photovoltaic, wind power, and energy storage technologies. He called for enhanced international intellectual property cooperation to promote the dissemination and application of global clean energy technologies.
Mr. Hou Xuezhong, Assistant General Manager of State Power Investment Corporation, shared practical case studies illustrating the corporation's significant contributions to the global development of clean energy. He emphasized that innovation and cooperation are key drivers for upgrading and scaling the clean energy industry. He called for joint efforts from enterprises, governments, and academia to accelerate the global energy transition and move it into the fast lane of high-quality development.
3. Deepening International Cooperation and Creating New Models for Energy Development
The forum attracted experts and industry representatives from multiple countries, including Japan, to focus on new energy technology innovation, energy conservation, emission reduction, and third-party market development. Mr. Kawamura Tadaaki, Economic Minister of the Embassy of Japan in China, stated that Japan has achieved significant progress in green and low-carbon technologies and has strengthened energy technology exchanges through international cooperation, particularly with countries such as China. He emphasized that Japan will further promote the research, development, and application of new energy technologies, especially in hydrogen energy and clean energy, aiming to deepen cooperation with China and jointly address global energy challenges.
Mr. Masami Miyashita, Director of the Beijing Office of the Japan-China Economic Association and vice President of the Japan Chamber of Commerce in China, delivered an in-depth analysis of the vast potential for cooperation between Japan and China in the field of clean energy. He pointed out that the two countries share a strong historical foundation and long-term cooperation in energy collaboration. In recent years, Japan has made significant breakthroughs in energy-saving technologies, hydrogen energy development, and renewable energy. He emphasized that Japan’s technological advancements in clean energy are highly complementary to China’s market size and manufacturing capabilities. He suggested that both countries could deepen their cooperation in areas such as green finance, technological innovation, and third-party market development.
In his speech, Mr. Carlos Cid Álvares, CEO of BNU, emphasized that innovation is the core driving force of the green transition, while green finance plays a vital role as a bridge in promoting international energy cooperation. He stated that through financial innovation, green cooperation between Portuguese-speaking countries and Asia can be further deepened, optimizing capital allocation and providing strong support for the achievement of global carbon neutrality goals.
This forum strengthened international cooperation and technological exchanges in the field of clean energy, providing valuable experiences and new ideas for global green and low-carbon development. Participants unanimously agreed that promoting green technology innovation and international cooperation is the key pathway to achieving global energy transition and sustainable development. The specific proposals for green technology innovation and international cooperation presented at the forum will inject new momentum into the optimization of the global energy structure and the realization of carbon neutrality goals. Furthermore, they will further drive the global application of clean energy technologies, moving beyond regional demonstrations, and set new benchmarks for the global green transition.
Highlight Two: Emphasizing Technological Innovation and Industry Integration: The Engine for Accelerating Clean Energy Transition
This year’s International Forum on Clean Energy placed a strong focus on the transformation pathway of clean energy technologies from the laboratory to commercialization. The forum covered the innovative development of future renewable energy technologies, such as perovskite solar cells, offshore wind power, nuclear technologies like nuclear fusion, hydrogen energy, and new energy storage technologies. In-depth discussions were held on the development trends and commercialization pathways of cutting-edge green energy technologies, providing valuable insights for the practical implementation of these technologies and contributing to the global energy transition.
1. Hydrogen Energy Technology: A Key Pillar for Green Transition
Zhang Weidong, Assistant Resident Representative of the United Nations Development Programme (UNDP) in China, pointed out that hydrogen energy, as a vital component of clean energy, is an important pathway to achieving the dual carbon goals. He emphasized that the development of the hydrogen economy requires a multi-dimensional approach involving technology, policy, and finance.
Zhao Bingdi, President of Panasonic China, shared in detail the company’s innovative achievements in hydrogen energy and fuel cell technology, including household fuel cell systems and commercial hydrogen energy equipment applications. He called on enterprises to increase research and development investments and accelerate the large-scale application of hydrogen energy technologies to support the global green economy.
Cai Qiuchi, Director of the Greater Bay Area Market Development Office at Towngas, introduced the company's comprehensive layout in natural gas, hydrogen energy, and other sectors. He specifically highlighted the significant potential of hydrogen energy as a clean energy solution and showcased practical applications in distributed energy systems and urban integrated energy services, providing a model for low-carbon city development.
2. New Power Systems and Energy Storage Technologies: Achieving Flexibility and Efficiency
Academician Bi Yaxiong emphasized that new power systems are the core support for global energy transformation. He highlighted that such systems must possess characteristics such as flexibility, intelligence, and green low-carbon features. He also proposed that strengthening energy storage technology research and developing cross-regional energy cooperation mechanisms are key pathways to achieving these goals.
The forum further explored the latest developments in new energy storage technologies, such as flow batteries and solid-state batteries, and discussed how to ensure stable energy supply in conditions where renewable energy sources exhibit high variability.
3. Offshore Wind Power Technology: Key Breakthroughs in Deepwater Development
The offshore wind power thematic forum focused on the groundbreaking advancements in floating wind technology, with in-depth discussions on key technologies such as offshore wind turbine design, dynamic subsea cables, and new mooring systems. Experts at the forum unanimously agreed that deepwater offshore wind power is a critical direction for the future of clean energy development. Technological progress and cost optimization in this field will become the core driving force for its industrialization.
During the forum, several leading companies showcased practical application cases in floating wind power systems and deepwater offshore wind solutions, providing technical support for global deep-sea clean energy development.
4. Perovskite Technology: The Future Hope of the Photovoltaic Industry
The perovskite session explored the research achievements and industrialization prospects of this emerging photovoltaic technology. Experts highlighted that perovskite, with its low cost, high photovoltaic conversion efficiency, and scalability, is becoming one of the most promising technologies in the new energy sector. As manufacturing processes continue to mature and equipment reliability improves, perovskite solar cells are expected to play a significant role in achieving the "carbon neutrality" goals, driving the photovoltaic industry into a new phase of development.
5. Nuclear Energy Technology: The Future Direction of Intelligent and Cross-Industry Applications
The nuclear energy session focused on fusion technology, nuclear energy intelligence, and cross-sector applications, showcasing the latest breakthroughs in the nuclear energy field. The forum placed a strong emphasis on the technological challenges of magnetic confinement fusion and its commercialization potential, particularly in the areas of high-temperature superconductivity and fuel breeding. The progress of the ITER project became a key highlight of the discussions, with experts pointing out that it plays a crucial role in advancing nuclear fusion technology from the laboratory to commercial application.
Regarding nuclear energy intelligence, the application of digital twin technology provided efficient solutions for the full lifecycle management of nuclear power plants. Generative artificial intelligence demonstrated significant potential in nuclear safety analysis, equipment fault prediction, and other areas, offering new pathways to enhance the operational efficiency and safety of nuclear energy systems.
Through in-depth discussions in these specialized forums, this conference not only showcased breakthrough advancements in clean energy technologies across various sectors but also facilitated precise alignment between technological innovations and industry needs. The forum emphasized that the future clean energy transition requires the synergistic collaboration of technology development, capital support, and policy-driven initiatives. Particularly, the industrialization of green energy demands a greater focus on international cooperation and technology integration.
This forum provided multidimensional solutions for the seamless implementation of clean energy technologies, including commercialization pathways for hydrogen, energy storage, offshore wind power, perovskite, and nuclear energy technologies, injecting new momentum into the global energy transition and green, low-carbon development. Experts agreed that the collaborative innovation of clean energy technologies and the exploration of industrialization pathways will become a key engine driving global green development, providing solid technical support and industrial security for achieving global carbon neutrality goals.
Highlight Three: Promoting the Synergistic Transformation of Green and Digital Development
Against the backdrop of accelerating global energy transformation, the synergistic transition towards green and digital development has become an inevitable choice to drive sustainable economic and social development. The innovation and application of green energy technologies are reshaping the global energy landscape, while the rapid development of digital technologies offers new pathways for the efficient management and deep optimization of energy systems. From breakthroughs in smart energy technologies to the integration of green computing power with the "dual carbon" goals, as well as the precise alignment of technology and capital, the 11th International Forum on Clean Energy injected strong momentum into the collaborative development of green and digital transformation. This forum provided valuable insights and pragmatic actions to drive the clean energy industry towards higher quality and more sustainable development in the future.
1. Smart Energy Technology Innovation: Creating a Regional Benchmark for Green Transformation
The Smart Energy Technology Innovation Forum focused on innovative projects such as the Hengqin Green Smart Energy Demonstration Island, setting a benchmark for regional green transformation. Huang Wei from State Power Investment Corporation Guangdong Company proposed a strategy of "three directions and six pathways," including low-carbon transition, green cooling systems, and offshore wind power development, to drive low-carbon and efficient regional energy systems through multi-sectoral collaborative innovation. Liu Xiaojv from Macau Electric Company highlighted the important role of smart grids in achieving integrated green energy between Hengqin and Macau. He shared Macau's experiences in smart energy management and technological applications, calling for more cross-regional cooperation to achieve resource sharing and interconnection.
Cheng Jun from Zhejiang University shared the innovative practice of microalgae carbon fixation technology, which utilizes photosynthesis to convert CO₂ from power plant flue gas into usable biomass, providing a new pathway for emissions reduction in power plants. Kwang Yun from the Guangdong-Hong Kong-Macau Hydrogen Storage and Transportation Center proposed an innovative solution for seawater hydrogen production technology, which efficiently produces green hydrogen through seawater electrolysis and will support the construction of offshore energy islands. Xu Zhanbo from Xi’an Jiaotong University presented a comprehensive solution for "Hydrogen-Enabled Zero-Carbon Systems," emphasizing the central role of hydrogen energy in the integration of zero-carbon computing systems and energy decarbonization.
Experts unanimously agreed that cross-sector cooperation and technological integration are the core drivers of Hengqin and Macau's green transformation. Based on the smart integration of multi-energy systems, the "Hengqin Plan" demonstrates cutting-edge practices in green energy applications and provides strong technological support for regional carbon neutrality goals.
2. Green Computing Power: Empowering the Digital Economy and the Dual-Carbon Goals
The conference on the high-quality development of the green computing power industry placed the collaborative development of computing power and the dual-carbon goals at the heart of its agenda. Zhao Zhiguo, Chief Engineer of the Ministry of Industry and Information Technology, outlined three core strategies: optimizing the layout of computing power, accelerating technological innovation, and improving the industrial ecosystem. He emphasized that green intelligent computing power has become a crucial pillar for driving high-quality economic development and serves as an essential vehicle for integrating the digital economy with green development.
Du Ping, Director of the IFCE Green New Infrastructure Research Institute, further highlighted that the integration of computing power with electricity and the synergy between computing and networks are key to the green transformation of the computing power industry. He stressed that optimizing the dispatch of computing resources and innovating electricity consumption patterns could achieve efficient utilization of computing power while significantly reducing carbon emissions. Zhang Yunquan from the Chinese Academy of Sciences predicted that the computing power economy would give rise to new business models such as "Model-as-a-Service (MaaS)" and emphasized the importance of developing independent computing power platforms for national technological security and competitiveness.
Zhou Chaonan from Runze Technology shared practical experiences in building green computing power infrastructure, including how energy efficiency technologies, renewable energy consumption, and intelligent control systems can enhance energy utilization in data centers. Zhang Qiaoling from the Guangzhou Power Trading Center suggested optimizing power market mechanisms to achieve a deeper integration of green electricity and computing power through policy guidance and technological innovation.
The conference also released the "Initiative for Building a Green Electricity and Computing Power Community," advocating for the creation of a green, low-carbon computing power ecosystem, injecting new momentum into the collaborative development of the digital economy and dual-carbon goals.
3. Investment and Technology Integration: Unlocking Industry Potential
The Energy Strategy Emerging Industries Investment Forum focused on the deep integration of technology and capital, aiming to unlock industry potential through precise matchmaking and pitch sessions. The forum highlighted six major technological innovation projects, including flow battery energy storage, electrolyzer hydrogen production membrane technology, and high-performance chips, showcasing cutting-edge advancements in the clean energy sector. These projects attracted the attention of several investment institutions, such as China International Capital Corporation (CICC), and facilitated in-depth discussions and cooperation intentions during the pitch sessions. The forum served as an efficient platform for connecting clean energy technologies with capital, injecting new momentum into the commercialization of technologies and the activation of industry development.
4. Technology Exhibitions: A Key Link in Driving the Integration of Clean Energy Technologies and Practices
The technology exhibition was one of the highlights of this forum, providing a comprehensive showcase of the latest technologies and practical applications in the clean energy sector. The exhibition featured cutting-edge achievements in offshore floating wind power, hydrogen production and storage, nuclear fusion technology, perovskite photovoltaics, new energy storage solutions, and digital twin smart energy systems. These technologies were clearly presented through displays, models, and multimedia demonstrations, highlighting their innovation pathways and future potential.
In addition, the exhibition invited technical teams to interact with attendees, enhancing the engagement and practicality of the event. The audience showed a strong interest in the new technologies and actively discussed the commercialization and market applications of these technologies. The exhibition's content provided vital support for the precise integration of clean energy technologies with the market, laying a solid foundation for the industrialization and practical implementation of these technologies.
Through thematic forums, technology exhibitions, and roadshow activities, this conference effectively accelerated the deep integration of clean energy technologies with capital and markets. The forum emphasized that the collaborative development of green and digital technologies is a key pathway for achieving energy transition. By promoting the implementation and industrialization of technologies, the event provided replicable experiences and practical references for regional green transformation and global low-carbon energy development, setting new benchmarks for the global clean energy transition.
Highlight Four: Focus on Green Finance and Release of Industry Rating Rankings
Green finance, as a core driver of sustainable development, is increasingly becoming a key support for the transformation and upgrading of the energy industry. This forum, with a global perspective, focused on green finance and industry ratings. Through dedicated sessions on carbon trading, ESG strategies, and the release of authoritative rankings, the forum explored how green finance can support energy companies in achieving collaborative low-carbon and smart development. The event not only provided innovative ideas for the coordinated development of regional carbon markets and the establishment of industry standards but also showcased the outstanding performance of leading companies in sustainability and carbon neutrality practices through authoritative rankings, setting a benchmark for the green transformation of the global energy sector.
1. Carbon Trading Session: Promoting the Coordinated Development of Asian Carbon Markets
The Carbon Trading Session focused on the theme of "Coordinated Development of Asian Carbon Markets," delving into cross-border connectivity and cooperation mechanisms within the region’s carbon markets. It concentrated on how to establish a more efficient and equitable carbon market in Asia. Meng Meng from the Macau International Carbon Emissions Exchange highlighted the enormous potential of the Asian carbon credit market, owing to its abundant supply resources and the growing demand from enterprises. However, he noted that the existing regional regulatory frameworks are still incomplete, calling for further optimization to foster healthy market development.
Zhu Wei-qing from Shanghai Treasure Carbon provided an in-depth analysis of Article 6 of the Paris Agreement, which deals with international carbon markets, emphasizing that strengthening international cooperation is essential for the efficient operation of the global carbon trading system. Anthony Ng from Hong Kong Virtual Asset Exchange showcased the innovative application of tokenization technology in the carbon credit sector, emphasizing the significant role of blockchain in enhancing transaction transparency and market efficiency.
Experts in attendance unanimously urged the acceleration of mutual recognition of carbon certification standards between China and other countries, promoting technological collaboration, and enhancing the internationalization of China’s carbon market. These efforts are essential to providing strong support for achieving global carbon neutrality goals.
2. ESG Session: Enhancing the Sustainable Development of Energy Enterprises
The ESG Session, centered around the theme "ESG Driving Sustainable Development in Energy Enterprises," explored in-depth discussions on policy interpretation, corporate practices, and future development directions. Shi Yichen from the Green Finance International Research Institute of the Central University of Finance and Economics emphasized the pivotal role of energy enterprises in driving green transformation, with leading companies setting the benchmark for industry development. He called for the enhancement of ESG standards through multi-faceted approaches, including policy guidance, financial support, and technological collaboration.
Xie Min from Yunnan Electric Grid presented a comprehensive case study on the 220 kV Yanle Substation project, showcasing how ESG principles were integrated throughout the project's planning, construction, and operational processes. This example provided the industry with practical and replicable experiences.
During the roundtable discussion, experts from finance, energy, and technology sectors proposed multi-dimensional solutions addressing regional fairness, policy support, and investment potential. These discussions played a key role in advancing the application of ESG principles from theory to practice, injecting new vitality and momentum into the green and low-carbon transformation of the energy sector.
3. Release of Industry Rankings: Highlighting Pioneers in Green Development
As one of the key highlights of this forum, the IFCE, in collaboration with the Green Finance International Research Institute of Central University of Finance and Economics and the Global Carbon Neutrality Research Institute (Macau), among other authoritative institutions, launched the "China Listed Energy Enterprises Sustainable Development Pioneer List" and the "China Listed Energy Enterprises Carbon Neutrality Leaders List" for the first time. These rankings, based on rigorous ESG evaluation criteria, comprehensively assess energy companies' performance in sustainable development and carbon neutrality across multiple dimensions, including environmental governance, social responsibility, and corporate governance.
The rankings highlighted the outstanding contributions and innovative practices of leading companies in the industry. These achievements garnered significant attention from both the industry and media, setting new benchmarks in the green finance sector. By releasing these authoritative rankings, the forum further enhanced its influence, providing a demonstration role for promoting high-quality development in the energy sector under the support of green finance.
The in-depth discussions on green finance and ESG topics, along with the release of the rankings, comprehensively showcased the key roles and responsibilities of energy enterprises in driving sustainable development. This forum, by combining theory and practice, provided clear guidance for the transformation paths of energy companies and injected new momentum into global cooperation in the green finance and energy sectors.
Highlight Five: Discussing Global Energy Transition and Future Development
The global energy sector is undergoing a profound transformation, with addressing climate change, ensuring energy security, and promoting sustainable development at the core of national energy policies. This year’s forum focused on the significant topic of "Global Energy Transition and Future Development." Through authoritative reports, new book release, and other formats, the forum provided in-depth analysis of the latest trends and developments in the global energy market from policy, technology, and market perspectives. The insightful contributions of experts and scholars provided practical references for the global energy transition, advancing breakthroughs in clean technologies and their application, and injecting new momentum into achieving carbon neutrality goals.
1. 2025 Global Energy Market Report: A Multi-dimensional Analysis of the Energy Future
The "2025 Global Energy Market Analysis and Outlook Report" was successfully held in Hengqin Guangdong-Macau Deep Cooperation Zone, attracting over 50 experts and scholars from fields such as coal, oil, natural gas, nuclear energy, and CCUS. The report focused on energy transition, market trends, and technological innovations, delving into the challenges and opportunities for future energy development. It provided a multi-dimensional pathway for achieving global energy sustainability.
Xu Dong, from Chinese Petroleum Planning Institute,pointed out that the collaborative development of oil, gas, and renewable energy is a steady path for future energy transition. He proposed that the oil and gas industry must play a significant role in green transformation while also focusing on technological advancement and efficiency improvement. Zhao Yongchun, an expert in coal technology, highlighted the potential for coupling coal and renewable energy development, emphasizing the key role of clean coal technology during the transition period and calling for greater integration of coal power and renewable energy.
Petroleum expert Wang Nengquan analyzed the complex changes in the oil market from an international perspective, noting that global oil demand growth would face multiple uncertainties, including the rise of green energy and increasing geopolitical risks. Natural gas expert Duan Zhaofang further emphasized the important role of natural gas in energy structure adjustment, predicting that it would continue to play a pivotal role as a transitional energy source in the next decade.
Nuclear energy expert Ma Jie delved into the breakthroughs in nuclear technology necessary to achieve carbon neutrality goals. He believed that nuclear energy, with its high efficiency and low-carbon advantages, would become an essential part of future energy systems and shared developments in magnetic confinement fusion and small modular reactors (SMRs), along with their application prospects.
CCUS (Carbon Capture, Utilization, and Storage) expert Zhao Xinglei discussed the industrialization path for CCUS technology, emphasizing that it is a crucial technology for the energy industry in achieving the "dual carbon" goals. He called for increased policy and market support for CCUS.
Energy policy expert Han Wenke analyzed the direction of China's energy planning during the 15th Five-Year Plan, particularly in promoting a low-carbon energy system and optimizing energy structure. He stressed the need for future energy policies to balance sustainable development with economic costs in order to achieve the "dual carbon" goals.
The report session also highlighted the challenges and opportunities in the global energy market, covering key topics such as carbon reduction technologies, the promotion of clean energy, and energy security. Experts engaged in discussions from multiple perspectives—policy, technology, and market—providing valuable insights for global energy transition and clean technology innovation.
2. Book Launch: "A Detailed Examination of Japanese Energy Transition Strategy" Offers Global Insights
A major highlight of the forum was the official launch of A Detailed Examination of Japanese Energy Transition Strategy, the latest publication in the Global Carbon Neutral Research Think Tank Series. The book, edited by Zhou Jie, President of the Global Carbon Neutral Research Institute (Macau), provides a comprehensive examination of Japan’s policies, technologies, and market strategies in its energy transition. It offers a detailed analysis of Japan’s unique approach to energy transformation and its implications for the global energy sector.
During the launch, Zhou Jie emphasized that as a resource-poor country, Japan has managed to balance energy supply with environmental goals through energy diversification and technological innovation. He highlighted that Japan’s experience holds valuable lessons for the global community, particularly for China. Based on the "energy trilemma" theory, the book outlines Japan’s distinctive strategy for balancing energy security, economic efficiency, and environmental sustainability.
Specifically, Japan’s energy transition strategy includes three main pillars: deep energy conservation, increasing the share of zero-carbon power sources (such as renewable energy and nuclear power), and decarbonizing thermal power generation. The book showcases Japan’s leading practices in energy efficiency improvement, hydrogen development, energy market reform, and international energy cooperation, illustrating how the country has addressed challenges in energy security and climate change.
Furthermore, A Detailed Examination of Japanese Energy Transition Strategy offers a profound analysis of the complexity and diversity of global energy transitions, proposing flexible solutions tailored to the specific needs of different countries. Experts at the forum noted that the book not only provides theoretical insights for China’s energy transition but also contributes to the international community’s search for sustainable energy development models.
3. Post-Conference Site Visits
Following the conclusion of the forum, a delegation of selected guests visited Macau to explore the region's advancements in clean energy supply and information technology innovation. The delegation toured the facilities of Macau Power Company Limited (CEM) and the China Electronics Macau Information Technology Application Innovation Laboratory, gaining firsthand insights into the region's efforts and achievements in these critical areas.
This version keeps the formal tone suitable for an international audience, with clear emphasis on the purpose and locations of the site visits.
At CEM, the delegation learned about the company’s historical development, low-carbon transformation practices, and smart grid construction. They visited the Coloane Power Station to observe the low-speed diesel generators and combined-cycle gas turbine units. The guests highly praised CEM's efforts in the green energy transition and engaged in lively discussions on topics such as thermal power emission reductions, carbon verification, and smart grid technologies.
At the China Electronics Macau Innovation Lab, the delegation toured the innovation curriculum system, IT facilities, and cybersecurity laboratory, gaining insight into Macau's achievements in information technology innovation and local talent development. The visit deepened the guests' understanding of Macau's efforts in green development, public education, and technological innovation, creating ample opportunities for future collaboration.
Through the report session, new book launch, and in-depth exchanges during the site visits, this forum effectively facilitated the sharing of global energy transition experiences and injected strong momentum into global clean energy technology and policy innovation.
Highlight Six: Diverse Content, Deepened Cooperation, and Enhanced Global Clean Energy Influence
This year's forum was organized by the International Forum for Clean Energy (IFCE Macau), with co-organizers including the State Power Investment Corporation (Guangdong), Macau CEM, Qiming Xinyuan Group, and SJM, receiving strong support from the Japan-China Economic Association (Beijing Office), the China-Japan Chamber of Commerce, and the Forum Macau. As an annual event with significant international influence in the global energy sector, the forum featured diverse topics and deepened international cooperation, injecting strong momentum into the global development of clean energy.
1. Rich Content and Diverse Formats Foster In-Depth Communication
This year's forum continued the tradition of high-level and high-quality discussions, featuring over 10 thematic forums covering a wide range of topics including clean energy technologies, green finance, international cooperation, and energy market trends. The discussions focused on the path from lab to market for technological transformation, aiming to promote the industrialization and practical application of clean energy technologies. The forum employed diverse formats, including a main summit, thematic forums, technology showcases and project roadshows, emphasizing interactivity and effectiveness to facilitate multi-level and multi-dimensional exchanges and cooperation. The opening ceremony also included the presentation of IFCE Council Member certificates and the awarding of the Green Technology Innovation Demonstration Enterprise titles. Five companies were honored with this title, highlighting the innovative achievements in the clean energy sector.
2. Enhancing International Influence and Promoting Global Energy Cooperation
This year's forum attracted government officials, corporate executives, academic experts, and representatives from international organizations across multiple countries and regions, further enhancing its global influence. Notable participants included representatives from State Power Investment Corporation (SPIC), Macau Electric (CEM), China Southern Power Grid, China Three Gorges Corporation, Electricité de France (EDF), Panasonic Japan, China Electronics, China Huaneng, China General Nuclear Power Group (CGN), China National Nuclear Corporation (CNNC), China Petroleum, Sinopec, Towngas, CLP Group, Mingyang Smart Energy, Mitsui, Sumitomo Electric, BNU, Japan Norinchukin Bank, and many other leading enterprises and research institutions.
The discussions centered around energy transformation and green development, with in-depth analyses of renewable energy technology innovations, international cooperation models, and pathways to achieving carbon neutrality. The forum injected new momentum into international cooperation in the clean energy sector. The high-quality content and diverse topics received unanimous praise from attendees, further consolidating the forum’s position as a global benchmark for clean energy transformation.
3. Partner Engagement and the Creation of a Technological Innovation Ecosystem
This year’s forum attracted numerous leading industry institutions and enterprises, forming a comprehensive ecosystem that fully supports clean energy technology innovation. Partners included the Hydrogen Energy Committee of the China Energy Research Society, the Energy Supply and Green Consumption Committee, China Oil & Gas Magazine, the Guangdong New Energy Storage National Research Institute of China Southern Power Grid, the Green Finance International Research Institute of Central University of Finance and Economics, the China Listed Companies Intellectual Property Protection Alliance, CGN Digital Technology, Qianyu Feng Low Carbon Technology, Hydrogen Yi Energy Technology, Guangyin Technology, Xinyi Technology and the Hengqin Guangdong-Macau Deep Cooperation Zone Industrial Investment Fund, among others.
The participation of these organizations not only enhanced the forum's influence but also injected vitality into the global clean energy movement, further contributing to the development and commercialization of innovative clean energy technologies.
4. Extensive Media Coverage Across Social and Major News Outlets
The 11th International Forum on Clean Energy attracted widespread attention due to its forward-looking topics and global impact. The forum's specialized section on http://fangtan.china.com.cn/zhuanti/node_9004838.html published over 30 in-depth articles, offering comprehensive analysis of the conference's content, technological highlights, and expert insights. Additionally, prominent media outlets such as Xinhua News Agency, People’s Daily, Economic Daily, Guangming Daily, China Daily, People's Political Consultative Conference Daily, China Science Daily, First Financial, Global Times, Southern Daily, Ta Kung Pao, Macau Daily, Macao Radio and Television, and Guangdong TV provided detailed reports, showcasing the forum's significant achievements in promoting clean energy development and international cooperation.
5. Looking Ahead: Building a Stronger Global Clean Energy Network
The International Forum for Clean Energy (IFCE Macau), as a key platform for global clean energy technology and cooperation, has successfully held eleven editions of IFCE conferences. Looking to the future, the forum aims to further enhance its influence in the global clean energy sector through the following key initiatives:
- Strengthening Technology and Capital Integration: Supporting the rapid transformation of emerging technologies from the lab to the market, and attracting more international capital to participate in green finance projects.
- Promoting Regional and Global Cooperation: Advancing the collaborative development of the Asian carbon market and establishing mechanisms for linking regional carbon markets with international markets.
- Deepening International Research Collaboration: Partnering with international institutions such as the United Nations to release global energy transition research findings, providing theoretical support and practical solutions for the clean energy sector.
- Building an Innovation Cooperation Network: Creating a global clean energy innovation network that integrates technology, capital, and policy, providing long-term momentum for achieving carbon neutrality goals.
This year's forum, with its diverse topics, international perspectives, and practical cooperative outcomes, has further solidified its leading position in the global clean energy sector. Looking ahead, IFCE Macau will continue to lead the clean energy transition and contribute wisdom and strength to global green and low-carbon development.
