Wind Turbines for Power Generation Research Paper

Wind Turbines for Power Generation - Research Paper practice sessionFor instance, there are activities that can be applied in setting up these structures, which include manufacturing of materials and transportation of these components to the sites. Furthermore, CO2 omissions occur in the process of turbines structure and other supporting infrastructure, maintenances and decommissioning of the site (Kubiszewski, Clevelan & Endres, 2010, 286). However, this is one of disadvantages associated with wind turbine for power extension thus, there will be other disadvantages discussed in this paper. Opponents of wind power generation whether onshore or offshore claim that there increased requirements of construction and operation, which does not put into consideration other types of power generation (Firestone & Kempton, 2007, 1584). thitherfore, there is lead to considered requirement of installation efficacy in order to assess the suitability of wind power generation based on its exis t-effectiveness in the process of ontogenesis it as a source of energy. In this case, the cost incurred in the process of setting up the infrastructures need for site installations is not comparable to the anticipated energy generation during the lifespan of these structures. On other hand, the time consumed to install and generate energy is long hence it results to increased costs in manufacturing and construction of these infrastructures referable reduced payback period (Blanco, 2009, 1372). In addition, there have been significant increases of costs in generating wind power for the last three years receivable to increased demand and high prices of raw materials. Setting up an offshore wind power generation site requires increased amount of capital cost due to the operations and management costs connoted in fact, they are twice the costs incurred in setting onshore sites (Firestone & Kempton, 2007, 1585). In this case, offshore sites involve increased costs incurred in the pro cess of laying foundation, setting submarine transmission cables and installation facilities. Moreover, there are difficulties experienced in dealing unfavourable sea condition in the process of setting up an offshore site for wind power generation (Green & Vasilakos, 2011, 496). Apparently, this high capital cost requires the political sympathies to incur significant const in the process of financing this developing industry. Besides, this requires additional capital to integrate the operations of the plant with technology, thereby decreasing the economies of scale. There is a degree of uncertainty involved in generation of power using wind hence, this increases problems caused by wind unavailability. In fact, this has created significant challenges, which are faced by transmission operators compare to traditional way of generating power (Strbac, Shakoor, Black, Pudjianto & Bopp, 2007, 1214). Furthermore, there are not chances of predicting and integrating wind availability with the national grid. However, these challenges are deal by incurring financial costs, though there are other disadvantages associated with underestimation of resilience offered by distribution of wind thus resulting to under applied resources. There are other limitations associated with use of wind turbines for power generation, whereby it involves resources that are not available without uninterrupted supply, hence, it is irregular. In this case, this limitation is considered a critical factor billing in mind that dealing with power generation output should be balanced with demand in fact, this is due the fact that electricity for major energy supply cannot be stored efficiently. For instance, output is decreased by lowering the