A joint research project involving LUT University, Tampere University, and the University of Eastern Finland, HYGCEL, highlights the importance of maximizing profitability in hydrogen production and exploiting Finland's vast potential for renewable electricity. The study underscores the significance of a comprehensive, system-level approach in developing new Power-to-X (P2X) infrastructure. It suggests that producing P2X end products, such as synthetic fuels, near wind turbine areas is more cost-effective than transporting traditional energy sources. The research also delves into the safety aspects of hydrogen-related practices, citing human activity as a frequent cause of accidents and emphasizing the need for enhanced training to mitigate risks. Furthermore, the study underscores the potential for Finland to export significant amounts of wind power, contributing to EU emission targets. The researchers advocate for establishing a stable regulatory environment to support hydrogen markets and emphasize the importance of subsidies and low-cost electricity in making hydrogen production profitable. They stress that P2X products offer a more climate-friendly alternative to traditional fossil products. Additionally, considering nature, landscape values, and residents' needs in renewable energy investments can enhance overall well-being in the area. Future studies will delve into promoting P2X production across Finland comprehensively. The findings aim to guide policymakers and stakeholders in maximizing Finland's renewable energy potential and enhancing profitability in hydrogen production.