The phrase "a broad range of powers" is correct and usable in written English.
You can use it when discussing various abilities, authorities, or capacities that someone or something possesses.
Example: "The new legislation grants the agency a broad range of powers to regulate the industry effectively."
Alternatives: "a wide array of powers" or "a diverse set of powers".
Solid oxide fuel cell (SOFC) technology has been under development for a broad range of power generation applications.
Fuel cell operation using HD-5 propane was demonstrated for over 3900 h and achieved high-electrical efficiency (45.7 47.1% lower heating value (LHV)) over a broad range of power outputs.
The results have shown that burner operation results in extremely low NOx emissions (1 3 mg NOx/kWh), acceptable CO-levels (0 15 mg CO/kWh), relatively high thermal efficiencies over a broad range of power inputs (40 50% for 1 4 kW) and a long catalyst life-time (>10 000 h).
Future iterations on silica- or fiber optic mesh-based implanted NIR devices will focus on improved flexibility, isotropic NIR emission from the device surface, and improved materials able to sustain a broader range of powers and thereby reduce the time required to reach the desired temperature range for plasmonic photothermal therapy.
The office, which has a broad range of punitive powers, including expulsion, does not allow students accused of "misconduct" to confront or cross-examine their accusers, or be represented by lawyers, or listen to witnesses or receive transcripts of hearings.
The fusion of a broad range of specific powers with a sense of social responsibility to the region made the TVA significant as a prototype of natural-resource planning.
The Governor is the highest-ranking official in the state and has a broad range of appointive powers in both the State and local governments, as specified by the Maryland Constitution.
Statistical analysis of the data revealed that heating of the DNA-encased MWNTs solutions was significantly greater than what occurred for the non-DNA-encased MWNTs over a broad range of times, power levels, and concentrations.
Ringler et al. (2010) observed variations of sensor conditions in a broad range of frequencies using power levels of background noises at GSN stations, and Davis and Berger (2007) assessed published GSN response information by comparing Earth's tide observations with synthetic tides at 1-day and half-day periods.
In this vision, the aim of this work is to provide the methodology to model the modular multilevel converter (MMC) efficiency by means of a mathematical expression that can describe, over a broad range of active and reactive power flow combinations, the power losses generated by the semiconductors.
