HARNESSING CLEAN ENERGY SECURELY: THE DUAL ROLE OF CYBERSECURITY AND PHYSICAL SCIENCES IN ECONOMIC RENEWAL

Abstract

Transitioning into clean energy is imperative for the regeneration of the economy and sustainability. Technological development in physical sciences fortified clean energy technology, but the challenge of cybersecurity is paramount. The study detects the convergence of physical sciences, cybersecurity, and clean energy. Mixed-methods methodology was adopted for the study analysis. The development of robust and fortified clean energy technology requires the application of physical sciences, investments in cybersecurity infrastructure, clean energy technology, and population training are essential to the economy's recovery. The development of the standards and guidelines in the area of cybersecurity in clean energy infrastructure, and the development of cooperation among the stakeholders, is favorable. The use of clean energy in the manner that is secure, can boost the development of the economy, reduce the levels of carbon emissions, and sustainably construct the future. The integration of cybersecurity and physical sciences is essential for the protection of clean energy and economic recovery. The study concludes that the incorporation of cybersecurity measures in the clean energy infrastructure is vital in the defense against disruption and security against cyberattacks. The study serves as the foundation upon which more research can be done and policies established. The findings in this study are generalizable in the area of policymakers, the leaders in the sectors, and the researchers that are interested in sustainable development and the security of clean energy.