Liquid Air Energy Storage (LAES) is an emerging energy storage technology that uses liquefied air or nitrogen as a medium to store and release energy. It involves compressing and liquefying air, storing it in insulated tanks, and then expanding it back into a gas to generate electricity when needed. WhileRead More
Windmills inherently rely on the natural flow of wind to generate electricity, making them automated devices from the start. However, optimal electricity generation from wind turbines necessitates careful placement at appropriate heights and angles. Furthermore, changes in wind direction can significantly impact electricity production. Manually executing the necessary adjustments toRead More
Demands for lithium-ion batteries with better capacities, lower weights, and smaller sizes have increased along with their usage. For various portable electronic devices, thin film prismatic polymer lithium-ion batteries (PLBs) employing polymer gel electrolytes have recently been created. PLBs benefit from being lightweight and thin thanks to the usage ofRead More
Organizations worldwide are prioritizing the modernization of their energy storage systems through innovative approaches like Virtual Power Plants (VPP) to enhance grid resilience, especially in the face of extreme weather events. A notable example occurred in February 2021 when Winter Storm Uri led to extensive blackouts in the United States.Read More
Hydrogen electrolyzers offer an efficient and environmentally friendly method to harness renewable energy and convert it into a versatile energy carrier. Read More
Introduction to Offshore Decommissioning Introduction to Offshore Decommissioning After it is no longer needed, offshore decommissioning is the process used to remove oil and gas infrastructure from the ground. This might comprise everything from wells and subsea machinery to platforms and pipelines. Decommissioning has always been a feature of theRead More
