Sentence examples for load generation from inspiring English sources

During system frequency disturbances, the frequency response of a synchronous generator is based on the generator-demand dynamic relationship between the load generation imbalance Δp and the frequency f.

Figure 4 Load generation for the grid scenario.

For intermediate load generation (the difference between expected customer demand and base load generation), power plants with lower load factors (typically around 50%) such as combined cycle combustion turbine fueled by natural gas etc. are employed [2, 18].

The drainage performance of the resulting system varies spatially and complicates runoff and nutrient load generation within the fields.

In the given example, a PQ of 2 or 4 leads to maximum peak load generation of 9.2 or 18.4 GWel, respectively.

In the load generation simulation, we insert vehicles in the road network following this scenario's Ω (see Section 'Road network') until 900 vehicles are simultaneously using the network.

Ray Tucker CEO, Real Ventures Amanda Rudd implies that nuclear is needed to cover base-load generation because of the intermittency factor in wind and solar generation.

If Britain is to curb its emissions in even the medium term, it must switch its base-load generation from coal to gas, and severely reduce demand.

F may also be represented by the equivalent full-load generation time during the test period, and is used to weigh the gross generation of the device, which is usually calculated by the accumulation of the power sequences obtained by the average current speed and average power in a period of time.

While the share of renewables has been growing rapidly since the 1990s, at present electricity generation in Germany is still based on coal and nuclear energy, with nuclear power and lignite covering almost the whole base load electricity generation, and hard coal serving as the main energy carrier for medium-load generation.

To find reasonable islanding cutsets, all subsystems must satisfy some constraints, such as generator coherency, load-generation imbalance/power flow disruption, transmission line thermal limits, voltage limits, transient stability, etc.