The report by the Dalton Nuclear Institute, affiliated with the University of Manchester in the UK, focuses on the collaboration between renewables and nuclear power to achieve net zero emissions. While renewable energy sources like wind and solar are crucial for reaching net zero goals, their intermittency necessitates additional support for grid stability. Here, nuclear power is highlighted as a vital component to provide stability and flexibility in the electricity grid. The report emphasizes the need for a significant increase in low-carbon electricity to support various sectors such as transport, heating, and industries. By considering options like nuclear energy, heat production, and hydrogen storage, the report suggests a balanced approach to meet net zero targets. The analysis stresses the importance of maintaining high load factors in nuclear energy while also ensuring flexibility to meet peak demands. It suggests that by adopting cogeneration applications and utilizing thermal energy storage, nuclear power can offer cost-effective solutions for both electricity and heat supply. This approach not only improves grid support but also enhances industrial efficiency while reducing carbon emissions. The report advocates for the deployment of Advanced Modular Reactors (AMR) and thermal storage to further enhance the flexibility and cost-efficiency of nuclear power. By integrating nuclear energy with renewable sources and industrial applications, such as hydrogen production, the report envisions a sustainable energy ecosystem that can effectively balance the grid's needs and environmental concerns.