Electricity Systems and Primary Electricity Source

Question: Discuss about the Electricity Systems and Primary Electricity Source. Answer: Introduction: In a solar panel, there are calculators designed in conjunction with a solar panel which is very useful for the calculation of electricity output, playback period and the installed cost. The intelligent interface is designed to be used in the wind turbines give a type possibly way to fathom and comprehend wind energy(Boyle, 2014). This is done in the following ways; the operator needs to approximate probable maximum energy at this location. From the rated power of the turbine and the chance of the wind velocity at a definite position, the lifetime of a wind turbine is about 30 years. Hence the fiscal analysis should be evaluated at this time. This calculator is employed to calculate authentic cash flow graph which aids the operator to achieve payback period and another financial outcome(Michael Grubb, 2014). In geothermal, the design of the calculator gives way to the operator to scrutiny thermal energy. The comparative data of the use of this calculator has three components capacity of GSHP system, normal dwelling size, and average temperature. About local temperature and dwelling size, the operator could approximate the value of yearly heat output and also according to capacity and an actual output; the operator would provide expansion data on the playback period(Thomas B. Johansson, 2015). In biomass calculator, a different type of the fuel can be chosen by the operator, a good proportion of elements in the chosen fuel, present fuel price, and calorific value. These outcomes of the analysis will enable the operator to obtain the annual fuel consumption and cost of the dwelling at specific positions(Tiwari, 2012). For biomass boiler, there are some conditions which need to be selected for the efficiency of the boiler and the layout of the boiler chosen. After comparison of the value of the above renewable sources of electricity, the operator would come with the appropriate one for a given location. Referencing Boyle, G. (2014). Renewable Electricity and the Grid: The Challenge of Variability. LOndon: Earthscan. Michael Grubb, R. V. (2014). Renewable Energy Strategies for Europe: Electricity systems and primary electricity sources, Volume 2. London: Earthscan. Thomas B. Johansson, L. B. (2015). Renewable Energy: Sources for Fuels and Electricity. Hull: Island Press. Tiwari, R. K. (2012). Advanced Renewable Energy Sources. Chicago: Royal Society of Chemistry.