PMSG offshore wind power system control using SMC and ADRC with fast SVPWM in complicated environment

Production and consumption planning of drilling rig based on hybrid energy and energy storage system

“…As expected, the effective demand value of the inverter line current is governed by the control strategy due to the reactive power requirement. Finally, the fuel consumption achieved under the proposed energy management control strategy compared to the results obtained from the field data of the generator in Fig (15) shows that there is a clear potential to reduce fuel consumption. For example, the fuel saving is estimated according to the performance of the drilling machine (∆VF=17.69m 3 ) during 30 days.…”

“…A simulation of power production and consumption in a microgrid drilling rig has been performed based on the simplified average power model. Fig (15) shows the results related to setting the lower threshold (0.65) in Table (1). The results of the energy management control strategy in ESS have been obtained with the apparent power values of the microgrid in the inverter power value of 0.6 MVA with the delivery of the active power of the network from the battery up to 0.4 MW.…”

“…A comprehensive analysis of the optimal size and performance of battery storage for the economic performance of a hybrid power system using the artificial bee colony algorithm is presented in [14]. The combined renewable energy system can be a suitable alternative and the most efficient solution that takes into account the advantages of different energy sources [15,16]. To improve system performance and reduce resource capacity, the energy storage system is used along with a backup generator and hybrid system.…”