OPTIMIZATION OF SOLAR ENERGY UTILIZATION USING CONCENTRATED SOLAR HYBRID ENERGY HARVESTER (CSHEH) BASED ON SMART SOLAR PANEL AND CONCENTRATED THERMOELECTRIC GENERATOR
DOI:
https://doi.org/10.20319/mijst.2016.s11.6475Keywords:
Concentrated, Optimization, Smart Solar Panel, ThermoelectricAbstract
Many forms of community activities and national industrial sector are highly dependent on the availability of electrical energy. Unfortunately, at the end of 2014 the electrification ratio in Indonesia is only 80.5%. On the other hand, Indonesia is a tropical country that has high intensity of sunlight almost 10 hours per day throughout the year. Indonesia has a solar energy intensity of 4.0-4.9 kWh/m2. This condition is potentially to be used as an alternative source of electrical energy to cover the electricity shortage, particularly in areas which is difficult to reach by existing electricity power. This paper will discuss about optimization of solar energy utilization through Concentrated Solar Hybrid Energy Harvester (CSHEH). CSHEH consists of Smart Solar Panel and Thermoelectric Generator. CSHEH is able to convert the two energy generated by the sun into electrical energy that is photon energy through the photovoltaic effect of solar panel and heat energy through Seebeck effect of thermoelectric. In case, CSHEH is able to provide an alternative solution to produce electricity, especially in isolated areas. As well as being stand alone, the advantages of CSHEH also does not require operating costs, and environmentally friendly because it just utilize solar energy as a source.
References
Afandi, Moh Malik. Aulia Husada Bhakri, and Putria Widya Budiarti, “Eco aquator: inovasi water harvester berbasiskondensor thermoelectric menggunakan smart solar panel, blue water filter dansistemmineralisasisebagaipenghasil air minum”, Proceeding of IPC 2014 Universitas Negeri Semarang page 12-14.
Anonym, “Electrification ratio on Madura Island”.Accessed in at 10 January 2015.
Anonym, “Matahariuntuk PLTS di Indonesia (Sun for SPEPP in Indonesia)”, Research and Development Department of Indonesia Energy and Mineral Resource Ministry.
Anonym, “The effort of Indonesian government to overcome electricity crisis”,Accessed in at 15 January 2015.
Anonym, “World solar insolation values in 2014. Accessed in <http://www.altestore.com/howto/Solar-Electric-Power/Reference-Materials/Solar-Insolation-Map-World/a43/ > at 10 February 2015.
Azevedo GMS, et al. “Evaluation of maximum power point tracking methods for grid connected photovoltaic system”, Proceeding of IEEE 2008 power electronics specialist’s conference.
Guihua Li, Runsheng Tang, and HaoZhong, “Optical performance of horizontal single-axis tracked solar panels”, Energy Procedia 2012.
Jarman, “Indonesian electrification ratios”, Electricity General Directorate of Energy and Mineral Resource Ministry of Indonesia.
Power, Exergy, “Concentrated solar power”, Accessed in <http://www.exergypower.com.au/> at 15 February 2015.
Sik Han, Hun et al, “Performance measurement and analysis of a thermoelectric power generator”, IEEE Journal 2010, ITherm 12th, hlm.1-7.
Vlajko, L. Kocic, “Parabolic Mirror”, unpublished Zhou, Z., Holland P.M., and Igic P, “MPPT algorithm test on a photovoltaic emulating system
constructed by a DC power supply and an indoor solar panel”,Sciencedirect Journal. College of Engineering, Swansea University, Singleton Park, Swansea SA2 8PP 2014, UK.
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