SISTEM PENDUKUNG KEPUTUSAN PENENTUAN POTENSI ANGIN UNTUK PEMBANGKIT LISTRIK TENAGA BAYU (PLTB) MENGGUNAKAN METODE FUZZY MAMDANI

In order to assist the government in realizing the use of 23% of EBT in 2025, to support the direction of government policies and strategies to improve accessibility by providing electricity to remote islands and villages. so in this study, the researcher makes a decision support system for determining the potential of renewable energy, especially energy produced by wind for wind power plants, The method used in this research is the Mamdani Fuzzy Logic, a system consisting of 3 Input criteria, including wind speed, temperature and air pressure, and output is potential for wind energy, output is presented in the form of a percentage unit with a range of 0-100%. The research was conducted in Sumenep Regency, after processing with the Fuzzy Mamdani method, the value of wind potential was generated with the average of the total output data = 43.51%, the value of min = 31.27%, the max value = 49.87%

Exploring Success Factor for Mobile based Smart Regency Service using TRUTAUT Model Approach

Currently, almost every country struggles to apply city management to the concept of intelligent cities. Several previous studies have modeled the success, maturity, and success of information systems to use smart city principles. However, there are significant differences between city and district definition in terms of governance frameworks, regional size, livelihood differences, population, socio-economic, and socio-cultural dimensions. Therefore, work on the Smart District IT assessment requires new and unique studies that can differ substantially from smart cities. This study aims to explore the determinants of the success of Smart Regency services with mobile technology. The model and approach are the TRUTAUT model, which combines the concepts for the TRI and the UTAUT model. Two hundred eighty-nine participants could collect data with a smart cellular district service system - data processing using the SmartPLS v.3.2.8 software. Recent findings indicate that the variables proposed in the TRUTAUT model are a positive and essential relation. This study helps to determine the success of the application of intelligent mobile regional services applications. This study confirms that policymakers pay more considerable attention to critical questions that affect the district's smart cellular services' success