Design Hybrid renewable energy system with considering demand side management
Budget: $30 – $250 USD
Modeling, design, simulation, optimizing the hybrid renewable energy system consists of pv panels, wind turbine and diesel generator on-grid to cover load (fix and flexible) from technical, environmental and economic point of views using Matlab/genetic algorithm.
Scenarios would be implemented during high peak demand of energy at the periods of low generated energy or during high generated energy at low demanded energy to increase of consumption during peak periods and reduction at off-peak periods that can decrease the cost of energy and co2 emissions so balancing load profile (demand side management ) with the generated energy - as a part of load are flexible to be shifted (rescheduling) at low power generation periods to find the optimal modified load profile (after rescheduling/shifting process).
*prepare a Full report (modelling, simulation, coding, algorithm, optimization, demand side management strategy, results and discussion) the optimal modified load profile for the current project which minimize the cost of energy * Ready to explain all the steps.
Scenarios would be implemented during high peak demand of energy at the periods of low generated energy or during high generated energy at low demanded energy to increase of consumption during peak periods and reduction at off-peak periods that can decrease the cost of energy and co2 emissions so balancing load profile (demand side management ) with the generated energy - as a part of load are flexible to be shifted (rescheduling) at low power generation periods to find the optimal modified load profile (after rescheduling/shifting process).
*prepare a Full report (modelling, simulation, coding, algorithm, optimization, demand side management strategy, results and discussion) the optimal modified load profile for the current project which minimize the cost of energy * Ready to explain all the steps.