The phrase "accelerate power" is correct and usable in written English.
It can be used in contexts related to increasing energy, efficiency, or performance, often in technical or motivational discussions.
Example: "To improve our productivity, we need to find ways to accelerate power in our processes and systems."
Alternatives: "boost energy" or "enhance performance".
Dr. Engelbart was one of the first to realize the accelerating power of computers and the impact they would have on society.
Multi-Purpose Gravitational Search Algorithm (MPGSA) based on fuzzy decision making is applied for the coordinated design of LWPGS controller and accelerating power PNS (PNS2B) of the synchronous machines.
It reveals both the continued salience of that supposedly receding issue, the Iraq war, and the accelerating power of viral politics, as exemplified by YouTube, to override the retail politics still venerated by the Beltway establishment.
However, increasingly, with the accelerating power of technology, as opportunities to create have become manifold and magnificent, so the destructive impacts of change have also grown more widespread, deep rooted and precipitous.
This work presents an FPGA accelerated power estimation methodology for programmable processors based on a hybrid functional level (FLPA) and instruction level power analysis (ILPA) that can be mapped onto an FPGA together with the functional emulation.
The need for accelerating power grid simulation through high performance computing (HPC) has long been recognized, and prior efforts have been devoted to developing one-off parallel computing applications for particular power grid functions.
This paper formulates the dual-dimensional supplementary damping controller (SDC) and accelerating power system stabilizer (PSS2B) design as a multi-objective optimization procedure including both performance and robustness criteria.
When cruising, they use less than one-quarter of an engine's maximum power, which is sized to provide acceleration and sustained power up long hills, says Brian Wicke, who's developing fuel-cell systems at GM. Batteries and ultracapacitors could provide at least some of the accelerating power, allowing the fuel cell to be smaller.
The novelty of the proposed approach is that the transient stability constraints for each contingency are incorporated into the OPF model as a single stability constraint derived from the minimum kinetic energy for normal unstable case or the minimum accelerating power distance for extreme unstable case using the time domain simulation based single machine equivalent (SIME) method.
Such machines don't have the accelerating power of CERN's Large Hadron Collider.
