Rewiring Carbon Strategy: How High-Voltage Systems Shape Corporate Emissions and Sustainability Outcomes

Abstract

This study investigated the influence of high-voltage systems on corporate carbon emissions and sustainability outcomes within energy-intensive industries. The research examined how advanced electrical infrastructure contributed to energy efficiency, environmental governance, and organizational sustainability performance. A quantitative research design was employed using survey data collected from 320 professionals working in manufacturing, energy, logistics, engineering, and technology sectors. Data analysis was conducted through descriptive statistics, correlation analysis, and multiple regression analysis using SPSS. The findings revealed strong positive relationships between high-voltage system efficiency, energy optimization, carbon reduction, and sustainability performance. Correlation analysis indicated a significant relationship between high-voltage systems and energy efficiency improvement (r = .783, p < .01), while sustainability performance showed a strong association with ESG governance (r = .734, p < .01). Regression analysis demonstrated that high-voltage system efficiency significantly influenced corporate sustainability performance (β = .412, p = .000). The model summary showed an R² value of .659, indicating that 65.9% of the variation in sustainability performance was explained by the independent variables. The findings suggested that organizations utilizing modern transmission systems achieved lower operational emissions, improved energy reliability, and stronger environmental governance practices. The study concluded that high-voltage infrastructure modernization supported industrial decarbonization, sustainable energy management, and long-term corporate sustainability objectives. The research provided practical implications for policymakers, industrial managers, and sustainability professionals seeking effective strategies for environmental transformation and climate-oriented industrial development.