Energy management of renewable energy-based combined heat and power systems: A review

Improved Performance Analysis of PV Array Model Using Flower Pollination Algorithm and Gray Wolf Optimization Algorithm

“…e advantage of solar photovoltaic (PV) technology is that it directly converts sunlight into power. As a result, it is strongly recommended when compared to other renewable energy sources [24,25]. In addition to that reconfiguration DC-DC strategy, there are 2 various methods: (i) isolated and (ii) nonisolated.…”

Activated carbon derived from glutinous riceviagamma radiolysis for lithium–sulfur battery cathodes

“…1,2 Nevertheless, fluctuations in weather (e.g., seasonal variations) are a main obstacle to obtaining reliable power output from such sources. [3][4][5] Efficient energy storage systems are thus an essential part of energy transportation and supply. [3][4][5] Hannan et al claimed that the battery energy storage system would lead to a 30% reduction of carbon emission worldwide.…”

“…[3][4][5] Efficient energy storage systems are thus an essential part of energy transportation and supply. [3][4][5] Hannan et al claimed that the battery energy storage system would lead to a 30% reduction of carbon emission worldwide. 6 The global demand for highperformance batteries is thus expected to increase dramatically to meet the need of electronic devices and electronic vehicles.…”

A Machine Learning-Based Novel Energy Optimization Algorithm in a Photovoltaic Solar Power System

“…The usage of distributed energy resources (DERs) including solar power and wind has increased dramatically around the world in recent years [1,2]. Furthermore, solar energy is a completely free, easily accessible, and scalable renewable resource that may be used in a variety of applications and shown in Figure 1 [3].…”

“…The evolution of electricity systems has occurred over several decades. Economic, technological, environmental, and political motivations have all played a role in bringing about these transformations [1][2][3]. In a smart grid system [4,5], both energy and information are sent back and forth amongst the numerous stakeholders, allowing for bidirectional energy flow as well as bidirectional information flow.…”