Distributed renewable generation sources with uncertainty
Subject Areas : Environmental sciences
Mehdi Dastkhan
1
(Yasouj Boys Technical and Vocational University)
Ali Dost Rostamizadeh
2
(Yasouj Boys Technical and Vocational University)
Keywords: Production resources, environment, renewable, power devices, photovoltaic,
Abstract :
Today, most of the electrical energy needed by countries is provided by using fossil fuels. Due to the fact that fossil energies are non-renewable and will bring environmental pollution, it is necessary to use renewable sources to provide electricity. In many studies conducted so far in this field, the random behavior of the load and new energy sources have not been taken into account, which makes the results obtained with this assumption not have enough accuracy, and due to the lack of careful examination, usually in these designs, the values The obtained are more than the required amount, which causes the cost of the system to increase. It shows the simulation results of the created index. It should be noted that Monte Carlo simulations do not produce definitive results, but the results that these simulations provide are associated with probability distributions. This proposed method uses this feature to overcome one of the basic shortcomings of the models described in previous papers (most of these papers only dealt with the effects of PHEVs without considering the probability of such effects occurring). The research carried out in this paper analyzes the performance of power devices under the high penetration of PHEVs and photovoltaic electricity and presents new methods to facilitate the integration of these two technologies in current networks.
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