Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Renewable energy is the ultimate goal to mitigate global greenhouse gas emissions, and to have energy independence. Renewable energy computation is best accomplished by taking into account the annualized statistical wind por availability. , the annual energy has been accurately computed for a wind turbine (WT) by an advanced modeling, taking into account the characteristics of the WT and the environment. Accounting for the parameters affecting the output energy, is implemented in order to correctly model the system. This helps in monitoring the por generation, and sizing of the wind farm. Mainly, two scenarios are discussed. First, accuracy of WT modeling when the wind speed only affects the output por. Second, accuracy of air density modeling when many parameters affect the WT output por which include wind speed, por coefficient, elevation above sea level, temperature, pressure and humidity. It is shown that accurate modeling has a considerable impact on the computed annual energy extracted from a single WT and thus the whole wind farm. This will have a major impact on the sizing of the wind farm, and hence affects the net present cost of the entire system.
['Hussein Al-Masri', 'M. Ehsani']
I am writing a research paper on a idea Accurate wind turbine annual energy computation by advanced modeling
[{"from": "human", "value": "I am writing a research paper on a idea Accurate wind turbine annual energy computation by advanced modeling"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Renewable energy is the ultimate goal to mitigate global greenhouse gas emissions, and to have energy independence. Renewable energy computation is best accomplished by taking into account the annualized statistical wind por availability. , the annual energy has been accurately computed for a wind turbine (WT) by an advanced modeling, taking into account the characteristics of the WT and the environment. Accounting for the parameters affecting the output energy, is implemented in order to correctly model the system. This helps in monitoring the por generation, and sizing of the wind farm. Mainly, two scenarios are discussed. First, accuracy of WT modeling when the wind speed only affects the output por. Second, accuracy of air density modeling when many parameters affect the WT output por which include wind speed, por coefficient, elevation above sea level, temperature, pressure and humidity. It is shown that accurate modeling has a considerable impact on the computed annual energy extracted from a single WT and thus the whole wind farm. This will have a major impact on the sizing of the wind farm, and hence affects the net present cost of the entire system."}]