Control Strategy of PV/Diesel/Battery Hybrid System for Island-Based Microgrid

Energy management system optimization in islanded microgrids: An overview and future trends

“…RB methodologies are based on the accumulated knowledge and experience of the experts, which have been organized in the form of a number of rules that simplify the system operation but the outcome might not be optimal. In [170], two RB algorithms are proposed for controlling the active and reactive power of an IMG. The former tries to keep the real power constant or minimizing the DGs output power, while the latter aims to keep reactive power or power factor constant.…”

Hybrid mobile power supply system of Multimedia Hybrid Mobile Stages

“…Among the main reasons that motivate scientists around the world to such studies are the reduction of greenhouse gas emissions through the use of renewable energy sources [2], [6]; ensuring the possibility of power supply to remote regions, taking into account economic (related to the cost of diesel fuel) aspects, reliability and environmental pollution [5] - [7]; providing electricity to rural areas of underdeveloped countries [7]; a reliable source of energy for rapid response teams in remote disaster areas to power a vaccine refrigerator, water purification system and basic satellite communication system [8], which has great potential to save lives.…”

“…In the literature, mainly studies of low-power HMPSS (up to several kW), which have both DC and AC output voltage [7], [8]. There are almost no studies of processes and methods to increase the efficiency of energy extraction from PM, compensation of peak (starting) loads, balancing, control of operating temperature and multi-stage charge of the battery for the longevity of their operation.…”