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The aim of the proposed controller is to maximize the electrical energy output of the device.
The effect of various design parameters, flow parameters were investigated in order to maximize the electrical power generation.
The objective of designing the controller is to maximize the electrical power production at low wind speed and to maintain it at high wind speed.
Further, to maximize the electrical and thermal efficiencies, BiSPVT system has been optimized for various design parameters as cross sectional area of air duct, duct height, fluid flow velocity, packing factor and number of air change.
An optimal control of the photovoltaic generator must be also designed in order to maximize the electrical power it produces, even in presence of a time varying irradiation level or when a part of the photovoltaic source is shaded.
It can be observed that while attempting to maximize the electrical efficiency, the cumulative net electrical efficiency of 29.96% can be achieved although it results in a total capital cost of 115711 €.
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The controller aims at maximizing the electrical power by an optimal orientation of the structure.
It is further complemented by a control strategy focused on maximizing the electrical power produced when varying different water velocities.
It may be noted that in all the devices mentioned, careful design is performed such that the distance between the mid-plane of piezoresistor and the neutral axis of the cantilever stack is maximum, thereby maximizing the electrical sensitivity.
This result illustrates that the conductive network exhibits maximum density when the angle between laser line and melt flow direction is 90°, in which condition electron transmission is performed way simpler, maximizing the electrical conductivity.
Initial experiments aimed at maximizing the electrical signal used liposomes with high protein density, 10 50 Fluc copies per liposome.
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