The phrase "at nominal load" is correct and usable in written English.
It is typically used in technical contexts, particularly in engineering or electrical discussions, to refer to the standard or expected load conditions under which a system operates.
Example: "The generator performs optimally at nominal load, ensuring efficiency and reliability."
Alternatives: "under standard load" or "at rated load".
The blackout of an oxyfuel coal fired boiler at nominal load is detailed demonstrated.
At nominal load some channels in the CPHE reformer receive up to four times the average mass flow, while other channels have reversed flow.
Two test methods have been applied: the first is a steady state test at nominal load and the second is a load cycle test including stationary operation at different loads as well as transient operation.
The reduction of total torque ripple at nominal load conditions less than 2% is achieved by proper motor magnet pole arc design and by applying the optimal stator current waveform control.
The engine is operating at nominal load as a system constraint.
Therefore, the minimum heat transfer in the condenser (dot{Q}_{text{CW,min}}) is also roughly4 10%% of the one at nominal load without steam extraction and can be calculated as follows: begin{aligned} dot{Q}_{text{CW,min}}=10, % cdot (dot{H}_{text{F,max}}-dot{H}_{text{L,FG}}-P_{text{max,woDH}}).
ORC power plants already offer a relatively high flexibility and can be operated at 10to100%0 % of nominal load with good load change rates [43, 44].
The surge pressure for the water-hammer effect at the pumping nominal load is 450 m, which would require a substantial increase of the thickness walls that would yield to a doubling of the total penstock weight, i.e. its cost.
Mo at 3 atoms/nominalminaloadingng) and cobalt at Co/ Co + Mo) = 0.3 were impregnated under nearly neutral, acidic or basic media.
These results indicated that the stable crack propagation occurred by fatigue (bidirectional bending), which was nucleated at machining marks under high nominal load.
Here, we assume that at step k + 1, the nominal load and wind power output are known (or can be predicted based on wind power prediction method [27] and historical demand data).
