The developed module shows variation of power generation by the wind machine with respect to change in wind speed.
The results show that small and medium wind turbines could be installed in the highlands and desert regions and utilized for water supply and electrical power generation, provided the correct wind machine-site is selected.
A CCHP system with thermal energy storage (TES) is used as an energy station, usually consisting of a power generation unit (PGU), an absorption machine (AM), two ground source heat pumps (GSHPs), a storage tank (ST) and two electric chillers (ECs).
Today, wind turbines for electric power generation are most commonly propeller-type machines.
In this paper, a constant-voltage power generation system based on a novel memory machine is proposed and implemented.
By utilizing such memory machine in a direct-drive wind power generation, the resulting system can realize the constant-voltage operation under different load conditions.
High speed synchronous reluctance machines can be used in electric drives and power generation systems.
Heat transfer coefficients (HTC) are important for the design of efficient energy machines as for instance gas turbines for industrial, power generation and propulsion applications.
Uncertain interval of wind power generation is obtained as constraint function based on relevance vector machine (RVM).
The analysis shows that mass production was the last step in a much longer reconfiguration process involving cumulative changes in machine tools, building materials, materials handling technologies, power generation, and power-distribution technologies.
This paper presents a parallel-hybrid-excited linear vernier machine (PHE-LVM) for direct-drive oceanic wave power generation.
