Studying temporary employment strategies in photovoltaic grid-connected projects below 10kV: focusing on photovoltaic system integration

Abstract

As power engineering continues to evolve, projects related to networks of 10 kV and below are becoming increasingly critical. Effective management and thorough evaluation of temporary labor organizations are essential for the successful completion of these projects. This research offers a comprehensive overview of the unique characteristics and procedural complexities of such projects. It delves into the specific challenges faced in the organization of temporary labor for construction and proposes tailored solutions to address these issues. Through experimental designs and rigorous data analysis, the study establishes a clear correlation between various labor factors and the overall outcomes of the projects. Additionally, it explores the impact of integrating renewable energy sources, particularly photovoltaic systems, into these network projects. The findings of this study are aimed at providing valuable insights for effective project management in the evolving landscape of network-related projects, advocating for continuous improvement and innovation in this field. This research not only contributes to the current understanding of temporary labor dynamics in power engineering but also highlights the importance of integrating advanced technologies and sustainable practices in network project management.