Study on energy consumption characteristics of refrigerator in solar cell community

Abang Asnan, AbangMohd Fikri (2025) Study on energy consumption characteristics of refrigerator in solar cell community. Project Report. Universiti Teknikal Malaysia Melaka, Melaka, Malaysia. (Submitted)

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Abstract

In an era of growing environmental awareness and green energy acceptance, solar-powered homes have emerged as models of sustainable lifestyle. Refrigerators, among the many solar-powered appliances, are essential pillars of modern living, preserving perishable commodities. Understanding the varied energy consumption features of refrigerators in these areas is critical for minimizing energy usage and supporting sustainability efforts. This work conducts an extensive investigation to uncover the numerous characteristics of energy consumption patterns displayed by refrigerator in solar cell communities. This study aims to shed light on the complex dynamics governing refrigerator operation in solar-powered environments using a rigorously built research approach that combines statistical analysis of data with qualitative insights. Concurrently, qualitative data are collected using a multidimensional strategy that includes surveys, interviews, and focused group discussions with homeowners and community stakeholders. These qualitative observations give vital context for tenants' actions, attitudes toward conserving energy, and the issues they face while monitoring refrigerator consumption in solar-powered homes. The study's goal is to gain a better understanding of the intricate relationship among individuals and utilization of energy in solar cell communities by investigating the social and cultural, economic, and technological factors that influence energy consumption patterns. The combination of quantitative and qualitative findings promises to provide an in-depth comprehension of refrigerator functionality within solar cell communities, informing methods for improving energy efficiency and promoting sustainability. Furthermore, the study's findings have major implications for policy development, advancements in technology, and community involvement programs targeted at improving sustainable in solar energy communities. The project intends to contribute to the larger goal of developing resilient, environmentally friendly communities powered by renewable energy sources by identifying opportunities for energy savings, improving appliance design, and raising user awareness. Furthermore, the study emphasizes the significance of neighborhood involvement and education in creating a culture of environmentally friendly energy practices. The project aims to create capacity and foster a sense of ownership among people through specific outreach programs, educational seminars, and collaborative activities with local stakeholders, ultimately nurturing a driven by communities’ approach to sustainability. In conclusion, this study is an important step in comprehending and maximizing the energy consumption characteristics of refrigerator in solar cell communities. By combining thorough quantitative research with sensitive qualitative observations, the study provides a comprehensive understanding of the complex dynamics of energy consumption in various situations.

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