designed power

USAGE SUMMARY

The phrase "designed power" is correct and usable in written English.
It can be used in contexts where you are referring to power that has been intentionally created or structured for a specific purpose or function. Example: "The new engine showcases designed power, optimized for both efficiency and performance."

✓ Grammatically correct

Science

News & Media

Formal & Business

Human-verified examples from authoritative sources

Exact Expressions

34 human-written examples

The company he worked for designed power systems for both the United States and Israeli governments.

The New York Times

The cleverly designed power plug has an on/off switch with orange LEDs that tell you the sockets are active.

The New York Times

The results are obtained by the standard productivity comparisons with the designed power operations.

Nuclear Engineering and Design

Serial and parallel layouts are commonly adopted interactively to suit the designed power demand.

Journal of Power Sources

The simulation and measurement results of the designed power divider indicate the effectiveness of the proposed power divider.

AEU - International Journal of Electronics and Communications

We achieve the task by minimizing the residual error between the designed power spectrum density (PSD) and the target one.

Signal Processing

Human-verified similar examples from authoritative sources

Similar Expressions

26 human-written examples

The Aspire desktops range from several compact models to an aggressively designed, power-packed gaming system.

TechCrunch

Even if your solution is beautifully designed, power-charged and engaging, your users will inevitably have an issue – or just a simple question – at some point in the relationship.

TechCrunch

Even if your solution is beautifully designed, power-charged and engaging, your users will inevitably have an issue – or just a simple question – at some point in the relationship.

TechCrunch

This means that microgrid designers do not have to start from scratch in designing power systems for each new community.

Massachusetts Institute of Technology

From 1946 to 1950 she worked for the Tennessee Valley Authority, designing power service buildings and visitors' facilities.

The New York Times

Expert writing Tips

Best practice

When discussing systems, machinery, or processes, use "designed power" to specify capabilities that were deliberately planned and implemented in the system's design.

Common error

Avoid using "designed power" when you mean "rated power". "Designed power" refers to the intended or planned power output as part of the initial design, while "rated power" refers to the maximum power a system is certified to handle under specific conditions. Using them interchangeably can lead to misunderstandings about a system's capabilities and limitations.

Linguistic Context

The phrase "designed power" functions as a compound adjective modifying a noun. It specifies that the power being referred to is not accidental but deliberately planned and engineered. As Ludwig AI shows, it often appears in technical and scientific contexts.

Expression frequency: Common

Frequent in

Science

50%

News & Media

23%

Formal & Business

27%

Less common in

Academia

0%

Wiki

0%

Reference

0%

Ludwig's WRAP-UP

The term "designed power" refers to the planned or intended power output of a system or device, as determined during its design phase. Ludwig AI confirms it's grammatically correct and commonly used, especially in scientific and engineering contexts. When using the phrase, ensure it accurately reflects the power capabilities envisioned during the design process, and avoid confusing it with related terms like "rated power" or "maximum power". It's most at home in formal and technical writing, highlighting a deliberate engineering approach to power generation or usage.

More alternative expressions

Phrases that express similar concepts, ordered by semantic similarity:

engineered power

Focuses on the technical aspect of power creation through careful design and construction.

custom-built power

Emphasizes that the power source was specifically tailored to meet particular requirements.

tailored power

Highlights that the power solution has been adapted to fit precise needs.

specified power

Implies that the power characteristics were predetermined and designed accordingly.

calibrated power

Indicates that the power output has been precisely adjusted for optimal performance.

optimized power

Focuses on improving power efficiency and effectiveness through design.

regulated power

Highlights the control and stabilization of power output through design.

configured power

Emphasizes the specific arrangement and setup of the power system's components.

dedicated power

Suggests that the power source is exclusively assigned to a particular task or system.

bespoke power

Indicates that the power solution is custom-made, often implying a high degree of specialization.

FAQs

How is "designed power" typically used in a sentence?

The phrase "designed power" is used to describe the intended power output or capacity of a system or device, as specified during its design phase. For example: "The engine's designed power allows it to operate efficiently under heavy loads."

What's a good alternative to "designed power"?

Alternatives to "designed power" include "engineered power", "specified power", or "calibrated power", depending on the specific nuance you wish to convey.

What does "designed power" refer to in engineering?

In engineering, "designed power" refers to the theoretical or intended power output or capacity of a system, component, or device, as calculated and specified during the design process. This is distinct from actual or measured power, which can vary due to real-world operating conditions.

Is "designed power" the same as "maximum power"?

"Designed power" and "maximum power" are not always the same. "Designed power" represents the planned or intended power output according to specifications, while "maximum power" refers to the highest level of power the system can potentially produce or handle. The maximum power might exceed the "engineered power" but might not be sustainable without risking damage or reduced lifespan.