- #MATHEMATICAL EQUATIONS HOMER ENERGY RESULTS GENERATOR#
- #MATHEMATICAL EQUATIONS HOMER ENERGY RESULTS MANUAL#
- #MATHEMATICAL EQUATIONS HOMER ENERGY RESULTS SOFTWARE#
#MATHEMATICAL EQUATIONS HOMER ENERGY RESULTS SOFTWARE#
Int J Renew Energ Res 4: 749-758.Īyodele TR, Ogunjuyigbe ASO (2014) mathematical methods and software tools for designing and economic analysis of hybrid energy system.
Nour M (2014) Prospect of stand-alone PV-diesel hybrid power system for rural electrification in UAE.
#MATHEMATICAL EQUATIONS HOMER ENERGY RESULTS MANUAL#
HOMER® Pro Version 3.7 User Manual (2016) HOMER® Energy 1790 30th St Suite 100 Boulder CO 80301 US.
Ugirimbabazi O (2015) Analysis of Power System Options for Rural Electrification in Rwanda, Master's thesis, University of Agder.
Int J Renew Energ Res 3: 735-744.īajracharya I (2015) Assessment of Run-Of-River Hydropower Potential and Power Supply Planning in Nepal using Hydro Resources.Ĭlint Arthur Ouma (2011) Hybrid Energy System for Off–Grid Rural Electrification Master thesis university of Gotland.Īkella AK, Saini RP, Sharma MP (2010) Sizing and cost analysis for integrated renewable energy system in a study area, In International Conference on Renewable Energies and Power Quality. Zelalem G (2014) technical and economic assessment of solar PV/diesel hybrid power system for rural school electrification in Ethiopia. (2008) Simulation of Off-Grid Generation Options for Remote Villages in Cameroon. Nfah EM, Ngundam JM, Vandenbergh M, et al. Feasibility study for power generation using off- grid energy system from micro hydro-PV-diesel generator-battery for rural area of Ethiopia: The case of Melkey Hera village, Western Ethiopia. Moreover, the study provides valuable information to the government and Non-government organization (NGO) about the renewable energy potential of the country for a rural electrification project in Ethiopia.Ĭitation: Tilahun Nigussie, Wondwossen Bogale, Feyisa Bekele, Edessa Dribssa. Finally, this study identified that off grid hybrid micro hydro-PV-DG-battery bank energy system is cost effective and environmentally friendly in delivering power for rural areas far from the grid. From environmental standpoint, the renewable fraction of the project is 99%, which shows the system is environmentally friendly. If due-merit given to the electricity deficiency of the country, it would play major role in improvement of life quality of community living in rural areas. However, this is more than current energy price in Ethiopia which $\$$0.06/kWh. The obtained hybrid system is cost competitive with $\$$0.133/kWh, which is somewhat good to satisfy the community needs.
#MATHEMATICAL EQUATIONS HOMER ENERGY RESULTS GENERATOR#
Overall, the design results show that the majority of energy obtained from hydropower, which accounts 79%, the PV module covers 20%, and diesel generator is only 1% of the total load consumption. The role of energy storage in system operation also demonstrated to offer additional operational advantages in-terms of reliability and cost savings. This system demonstrated to be more reliable in operation, and the most cost-effective for the required level of service. Furthermore, through the simulation of different configuration of the supply system, the optimal mini-grid hybrid system design was established to combine hydro, solar PV, battery energy storage and diesel generator. The best hybrid system type was described and the optimization of the system configuration was also done. The study was performed by an assessment of the predicted village energy demand, the available renewable energy resources, and then using the software called HOMER. Therefore, the target of this paper is to investigate the viability of a micro hydro, Photo Voltaic (PV) and Diesel Generator-battery hybrid power system options to come up with the best techno-economic and optimum configuration for supplying electricity to this village. As the current international trend in rural electrification is to utilize renewable energy resources solar, wind, biomass, and micro hydro power systems can be seen as alternatives. In this village, extension of the grid is not yet practical. Melkey Hera village is one of a rural community situated in western Ethiopia. Electrifying these remote areas by extending grid system is difficult and costly. Most of the remote rural areas of Ethiopia are not yet electrified. Electricity supply in Ethiopia is extremely antiquated.
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