global-journal-of-research-in-engineering-f-electrical-electronic Global Journal of Research in Engineering - F: Electrical & Electronic 0975-5861 2249-4596 Global Journals Publishing Group Incorporated 115957 Green Improving by Autonomous PV Mini-Grid Model in Central Myanmar YaProf. Aung Ze MYANMAR, Yangon Technological University 15 01 2018 18 F1

This research work verifies how can be able to gain Sustainability Benefits by improving Green Energy harvesting. The Goal is in line with the Goal No.7 of the world’s 2030 Agenda: SDGs (Sustainable Development Goals) as well as Myanma 2030 Agenda: NEP (National Electrification Planning towards Universal Access). The location of a focused village, Nat Kan Lel (Nagale) is near the beneath and National Park of Mount Popa in Kyaukpadaung Township, Mandalay Region. It has high demands due to 800 households with 4000 populations. This research explores the site experience, the problem statement and the evaluation of current demands for CO2 Emissions. That village enriched high solar potential and blessed for a Novel Imagination of this work: change to Autonomous Photovoltaic Mini-Grid from existing 3 Diesel Mini-Grids. The thousands of models are simulated by a very powerful tool, HOMER Pro (version 3.11.4). New Diesel Mini- Grid (100% Non-Renewable Energy) is modeled and compared with the proposed PV Mini-Grid (100% RE) model. The simulative results spotlighted the feasible 100 % RE model in Off-Grid area of central Myanmar.

 autonomous photovoltaic mini-grid central myanmar HOMER pro village nat kan lel optimum. Full Text

This research work verifies how can be able to gain Sustainability Benefits by improving Green Energy harvesting. The Goal is in line with the Goal No.7 of the world’s 2030 Agenda: SDGs (Sustainable Development Goals) as well as Myanma 2030 Agenda: NEP (National Electrification Planning towards Universal Access). The location of a focused village, Nat Kan Lel (Nagale) is near the beneath and National Park of Mount Popa in Kyaukpadaung Township, Mandalay Region. It has high demands due to 800 households with 4000 populations. This research explores the site experience, the problem statement and the evaluation of current demands for CO2 Emissions. That village enriched high solar potential and blessed for a Novel Imagination of this work: change to Autonomous Photovoltaic Mini-Grid from existing 3 Diesel Mini-Grids. The thousands of models are simulated by a very powerful tool, HOMER Pro (version 3.11.4). New Diesel Mini- Grid (100% Non-Renewable Energy) is modeled and compared with the proposed PV Mini-Grid (100% RE) model. The simulative results spotlighted the feasible 100 % RE model in Off-Grid area of central Myanmar.