How To Install HOMER Pro: Step-By-Step Procedure
HOMER Pro is a software program used by many engineers to optimize the design of various energy systems. HOMER Pro has a trial version that is entirely free to download and use. It is a Windows-based software that handles all the calculations that ensure the optimization of your projects. It provides analytic and advisory services, training, and tools to researchers, enthusiasts, governments, and engineers in the energy sector. UL wholly owns this company since its acquisition in December 2019. HOMER Energy’s headquarter is located in Boulder, Colorado. It has become one of the most popular tools among many professional renewable power engineers when creating microgrid designs.
HOMER is an acronym for Hybrid Optimization Model for Multiple Energy Resources. This article is solely intended to provide information and educate people about popular renewable energy tools available today. The HOMER Pro includes almost everything you need to simulate various scenarios for your hybrid power projects.ĭISCLAIMER: Solar Powered Blog has no affiliation with HOMER Energy or UL by any means. Also, the results suggested that the highest rate of preventing CO 2 emission, which was also the lowest rate of using the national grid, with 3484 kg/year was associated with EOLO wind turbines where only 4% of the required electricity was generated by the national grid.This article is a quick step-by-step guide on installing HOMER Pro software into your computer, with pictures and details that are easy to follow. Also, the lowest price of the electricity generated was $1.55 which was obtained through using EOLO VAWT in the main grid/wind turbine/solar cell scenario.
The results indicated that the lowest price of providing the required hydrogen was $0.496 which was achieved using the main grid. According to the literature review, no similar study has been performed so far on the feasibility of using VAWTs and also no work exists on the use of a hybrid system in the studied area. The wind turbine is analyzed using four types of commercially available vertical axis wind turbines (VAWTs). A techno-enviro-economic study comparing a hybrid system consisting of the grid/wind turbine and solar cell is done. The software HOMER Pro® has been used to perform the analysis.
This work presents a feasibility study on the provision of electricity and hydrogen with renewable grid connected and off-the-grid systems for Bandar Abbas City in the south of Iran.