Sentence examples for electrical constraints of from inspiring English sources

The optimal force produced from the MPC incorporates legitimate physical and electrical constraints of the WEC and LPMG -the importance of including such constraints within the optimisation is shown.

The physical and electrical constraints of CML interfaces are described, and an architecture is proposed for transmitting differential signals between two different integrated circuits (ICs) deposited on the prototyping platform surface.

The typical smart grid problem taken into consideration for distributed optimization is that of optimal power flow (OPF), that is, the optimal management of electrical power throughout the grid under a number of (electrical) constraints (e.g., the satisfaction of a power request from a load, the presence of a dispatchable/non dispatchable renewable generator or of a storage system).

However, in order to extract the maximum available energy from the turbine over a wide range of wind speeds, the captured energy is limited due to electrical constraints.

Micro-grid (MG) can be described as a group of controllable loads and distributed energy resources that can be connected and disconnected from the main grid and utilized in grid-connected or islanded modes considering certain electrical constraints.

"The average American has no concept of electrical constraint," he said.

Thus, an average electrical power constraint of is necessary and sufficient condition for satisfying an average optical power constraint of.

Additionally, in our channel model, assuming a unidimensional space where the nonnegativity constraint is satisfied and one of the two points of the constellation takes the value of 0, it is easy to deduce that an average electrical power constraint of, and, hence,, implies an Euclidean distance as and, hence, an average optical power constraint of.

The modeling approach includes a simplified tubular geometry and stack design including an integrated cooling structure, detailed pressure drop and gas property calculations, the electrical and physical constraints of the stack design that determine the current, as well as control strategies for the temperature.

The developed model uses a multi-node modeling approach (as opposed to an aggregate single-node approach) that includes electrical power flow and heat flow equations, and hence, offers the ability to perform optimal siting considering physical and operational constraints of electrical and heating/cooling networks.

The constraints of electrical energy storage devices correspond to Eq. (42 47).