Research on Path Optimization of Industrial Energy Technology Innovation under the Constraint of "Dual Control" Goals: A Case Study of Bengbu City, Anhui Province

The fundamental reason why China has become the country with the largest global carbon emissions is that energy and its related industrial systems mainly rely on fossil resources. To this end, promoting the energy structure and related industrial systems from high carbon to low-carbon green development in a scientific and orderly manner will help achieve the "dual carbon" goals and support China's high-quality and sustainable development. Among them, technological innovation plays a crucial role. Under the dual carbon goal, Bengbu explores energy technology innovation - developing copper indium gallium selenium thin film solar power generation systems, providing new development ideas for reducing building carbon emissions and achieving friendly interaction between buildings and the power grid. This article will explore the feasibility of adjusting the energy structure through technological innovation to achieve carbon emissions peak and carbon neutrality goals, and then use multi-attribute decision-making models and other methods to explore the optimal path to achieve the "dual control" goal of emissions reduction. Based on life cycle assessment, the trade-off effect of renewable energy, economy, and environment will be explored, Finally, the inductive summary method is used to provide reference opinions for the formulation of follow-up policies to optimize energy structure and how to achieve green and low-carbon development.