The thesis analyses the transition of Australia's electricity system to clean energy
technologies such as rooftop solar. It develops a scenario model of a future demand …

Distributed battery deployment is increasing with advanced metering, control, and
communication technologies, leaving electric utilities with an under-utilized, flexible grid …

Deployment of hybrid systems comprising solar photovoltaics (PV) and lithium-ion battery
storage is expected to surge in the 2020s and beyond. Approximately 40 utility-scale PV …

The majority of remote locations not connected to the main electricity grid rely on diesel
generators to provide electrical power. High fuel transportation costs and significant carbon …

In recent years, utility-scale hybrid power plants (HPPs) have emerged as promising
electricity generation resources by combining multiple generation technologies and storage …

Across the world, the electric power systems are experiencing drastic changes mainly due to
the technical improvements and cost reductions of technologies such as wind, solar, and …

The wind main shaft is the important component for connecting the hub and gearbox,
transmitting axial thrust and rotating torque in a high-power wind turbine. Defects of …

This report provides recommendations for Lawrence Berkeley National Laboratory (Berkeley
Lab) and other entities to improve energy-system resilience in response to electrical power …

The environmental impact of cryptocurrencies which rely on energy intensive,“proof of
work”(PoW) cryptographic processes is a chief concern for policymakers considering digital …

In recent years, there has been a growing interest in reducing greenhouse gas emissions by
integrating new technologies into energy delivery systems. Hybrid power plants (HPPs) …