Resilience of Power Enterprises and Optimization of Business Environment

Abstract

In recent years, escalating global climate change and the frequent occurrence of extreme weather events have posed severe challenges to the stability of power systems. Power systems urgently need to transition from traditional "robustness" designs to more adaptive and restorative "resilience" designs. This study constructs a three-dimensional "technical-operational-organizational" analytical framework to systematically explore the impact of power grid enterprise resilience on the business environment. The research finds that vulnerabilities in grid infrastructure, inefficiencies in operational management, and inadequacies in the policy environment are the main constraints on resilience, while electricity service costs, supply reliability, and user satisfaction are key dimensions for optimizing the business environment. In the short term, resilience can be enhanced by strengthening critical nodes and optimizing emergency resources. In the medium to long term, sustainable development should be driven by digital twin technology, resilient grid standards, and cross-departmental collaboration mechanisms. The study provides theoretical foundations and practical pathways for power grid enterprises to address climate risks and improve the business environment.