Review on methodological and normative advances in assessment and estimation of wind energy

Abstract

In this study, we present a review of articles that address the state of the art in wind energy from different perspectives, specifically focusing on the criteria used for wind energy assessment and wind turbine standards, along with an overview of the technologies necessary to make reliable Wind Power-Grid penetration more efficient. Wind power dynamics are also considered from the perspective of their intermittency and the nature of wind speed variability in order to establish appropriate sampling times for measurements and monitoring. The literature discussed is representative of the technological and methodological advances dedicated to the development, adaptation and application of statistical, computational, numerical and artificial intelligence tools for an assessment of wind energy and wind power forecasting. These applications and methodologies commonly use data registers measured in very short, short, medium and long-term measurement campaigns. Finally, literature on wind power social, environmental and economic policies and trends in costs-capacity-addition and their impact are reviewed from a global perspective. In light of today’s concerns with global warming, it is essential that wind energy interact steadily on the grid with experienced operators and high automatic-control technology worldwide.

Wind turbine gearbox temperature prediction based on improved whale optimized long short-term memory network

“…Under the background of double carbon, wind power generation has developed rapidly due to its achieve pollution-free power generation [1] , and has become an important part of new energy power generation [2] . Gear box is an important part of wind turbine, the gearbox directly affects the reliability and operation safety of the system.…”

OPTIMAL DESIGN OF ORGANIC RANKINE CYCLE POWER PLANTS FOR EFFICIENT UTILIZATION of BIOMASS ENERGY IN NIGERIA

“…Thus, lots of scientific, socio-economic, political, and technical efforts are required worldwide to facilitate the practical deployment of renewable energy systems and to ameliorate the aforementioned consequences of conventional energy systems [1]. Additionally, although lots of research and practical activities have been carried out hitherto on modern energy systems powered by renewable resources [2], [3], [4], [5], [6], [7], [8], only a few of such systems are at commercial scale today.…”