"power overloading" is a correct and usable phrase in written English.
It is usually used to refer to an increase in the amount of power going to a certain apparatus or structure, resulting in a potential for damage or breakdown. For example, "The power overloading caused the entire electrical system to shut down."
Collins leaned into the huddle and said, "Heavy left, 19 power overload".
On this basis, the behaviour of shaped and unshaped monoblock surfaces under stationary and transient loads, with and without melting, is compared in order to examine the consequences of melting, or power overload in context of the benefit, or not, of shaping.
Should power overloads or other malfunction result in erratic electrical behavior, blown building fuses, overheating cables, or other potentially dangerous situations, the session will be terminated immediately until the problem can be resolved to the satisfaction of appropriate Rubenstein Library, Facilities, or Physical Plant personnel.
Shaded buildings use 25to40percentent less energy during the summer, averting power overloads.
A Southern California Edison worker who was called to handle the downed wires told officers the incident appeared to have resulted from a power overload coming from a nearby business.
This causes power cuts and also power overloads which can cause fires.
Wire connections and power overload prevention are some of the aspects an inspector will take note of.
A heat wave, heat storm can cause power failures via overloading the power systems.
The power stations, overloaded by million upon pathetic million of hopeless electric fires, broke down continually; not that the fires mattered, since the electricians were mostly out on strike.
An accurate understanding of transient thermal characteristics, particularly the transient power-overload failure mechanism, is needed and requires the use of three-dimensional (3-D) transient electrothermal simulations.
