Sentence examples for distributed capacity from inspiring English sources
A further $73.5bn of investment was mobilised through small distributed capacity projects of less than 1MW, such as rooftop solar installations, while R&D spending from governments and corporations inched up 2% to $29bn.
The cpe1 element represented the distributed capacity in the semiconductor oxide.
That is to say, the reactive power of the distributed capacity and the distributed reactance are just balanced.
Based on other works, the resultant, overall distributed capacity penetration of 11.88% of total installed generation is expected to yield positive network benefits.
In this case, the electric field energy released (or absorbed) from the distributed capacity ( C_{0} ) is equal to the magnetic field energy absorbed (or released) from the distributed reactance ( L_{0} ).
When the transmitted power is lower than the natural power, because of the decreased transmission line current, the reactive power of the distributed reactance which is proportional to the square of the line current, will be less than the reactive power of the distributed capacity.
Furthermore, if a long segment of a freeway without clearly defined bottlenecks is analyzed, no methods are available for estimating the distributed capacities of several combined bottlenecks along a freeway.
Network structures are also seen as a way of distributing capacity and assuring timely access to technical capacity in resource poor settings.
And yet, the very nature of the Internet — its limitless capacity for distributing content, compared with a defined number of networks — means that the online era will almost certainly be cheaper than the broadcast age.
In islanded microgrids, traditional droop control tends to make the total operating costs higher as the power is distributed by capacity ratios of distributed energy resources (DERs).
Selective catalytic reduction of NO with NH3 was studied on a Cu-beta zeolite catalyst, with specific focus on the distributed NH3 capacity utilization and inhibition.
