STUDY AND DESIGN OF DISTRIBUTED HYBRID PV-GENERATOR-BATTERY POWER PLANT SYSTEM FOR COMMUNAL AND ADMINISTRATIVE LOAD IN SAJINGAN BESAR,KALIMANTAN,INDONESIA

• Main Author: WINANTI, NAFTALIN
• Format: Theses
• Language: Indonesia
• Online Access: https://digilib.itb.ac.id/gdl/view/29511
• Institution: Institut Teknologi Bandung

<p align="justify">Indonesia consist of 16.056 island and the area is 1905 million. Due to the vast number of island and region, the value of electrification ratio of Indonesia is uneven, some region has ratio below than 50%. Not only electrification ratio, electricity demand in Indonesia also increase around 5.5% every year. Some obstacles in improving electricity in Indonesia are related to energy infrastructure. Prioritize border and rural area by using renewable energy source is one of the government attempt to solve the electrification problem. . For the last 10 years, the used of renewable energy as energy source has increased around 4.7% in average, in 2016 has increased 7.1% , but the used of solar as energy source only reached 1%. The home distribution pattern in border and rural area is spread around the area. Due to that distribution pattern, the right design of power plant should be designed well. This study will show that hybrid distributed system is more suitable and applicable for border area, in this case is Sajingan Besar as one of Indonesia border Area but still included in rural area, as the cost is lower than centralized system and each module able to backup each other.<p align="justify"> <br />