Session 20: The Application of Renewable Energy and Carbon Reduction Technologies in Achieving Carbon Neutrality Goals

The Application of Renewable Energy and Carbon Reduction Technologies in Achieving Carbon Neutrality Goals
“可再生能源与碳减排技术在实现碳中和目标中的应用”

Under the severe challenge of global climate change, achieving carbon neutrality has become a common goal of the international community. Renewable energy and carbon reduction technologies serve as the core means to reach this goal. Renewable energy sources, such as solar, wind, and hydropower, gradually replace fossil fuels through clean power generation, heating, and cooling systems, thereby reducing carbon emissions at the source. Meanwhile, carbon reduction technologies like Carbon Capture, Utilization, and Storage (CCUS) can absorb or convert already emitted carbon dioxide, enabling deeper decarbonization.
Although challenges such as high technological costs, insufficient infrastructure, and inadequate cross-regional coordination mechanisms persist, the application prospects for these technologies are promising due to continuous technological advancements, increasing policy support, and growing market demand. In particular, driven by improvements in solar and wind power generation efficiency, declining costs of energy storage systems, and innovations in carbon capture materials, large-scale and economical low-carbon solutions are rapidly becoming a reality.
This session aims to continuously promote the innovation and adoption of renewable energy and carbon reduction technologies, strengthening cooperation between industry, academia, and research while facilitating the exchange of international expertise. We hope that through policy guidance, financial support, and synergistic market mechanisms, the transition of the energy structure can be accelerated, leading to the establishment of a green, low-carbon, and sustainable development model. This effort is not only crucial for the effectiveness of global climate governance but will also inject new momentum into high-quality economic and social development. Ultimately, it will make significant contributions to addressing global climate change and protecting our shared planet.

Topics (Including but not limited to)  

• 1. Photovoltaic Systems and Solar Energy Engineering
• 2. Building Energy-Saving Applications
• 3. Carbon Peak and Carbon Neutrality
• 4. Development and Utilization of Solar Energy
• 5. Renewable Energy and Carbon Emission Reduction
• 6. Carbon Capture and Storage