'high operational efficiency' is correct and usable in written English.
It can be used to describe a business or organization's ability to use resources effectively and achieve optimum results. It is often used in business or technical writing to highlight a company's success in streamlining processes and reducing costs. Example: "Thanks to their high operational efficiency, the company was able to increase profits by 20% in the last quarter."
For example, the utilization factor was approximately 90% in the USA as a result of efforts for high operational efficiency since the accident of Three Mile Island.
Another aspect of facility design prescribed to address the challenges of meeting high operational efficiency and flexibility in highly volatile environments is dynamic system reconfiguration (DSR).
The design, control and experimental verification of an HVAC (heating, ventilation, air-conditioning) system to achieve high operational efficiency for an electric bus equipped with a dynamic wireless charging capability are described in this paper.
Higher operational efficiency improves 2013 gross margins (to 53%) and results in a 46% upgrade to our 2013 adjusted earnings per share to 40.7p.
As one of most important aspects in condition-based maintenance (CBM), failure prognosis has attracted an increasing attention with the growing demand for higher operational efficiency and safety in complex engineering systems.
High operational cost efficiency is achieved by sharing the same resources among multiple customer organizations.
Application-level multi-tenancy is an architectural approach for Software-as-a-Service (SaaS) applications which enables high operational cost efficiency by sharing one application instance among multiple customer organizations (the so-called tenants).
Using the model developed, the effects of refrigerant pipeline length on the operating performance of the DEAC system have been studied and are reported, and the layout optimization of a DEAC system was studied for the highest possible operational efficiency.
Manufacturing systems that produce multiple components and function in highly volatile environments are increasingly challenged to meet consistently high levels of operational efficiency and flexibility.
This article will illustrate how positive displacement solid-body plastic air-operated double-diaphragm pumps possess the design and construction features that are necessary to guarantee full containment of dangerous chemicals, while also offering working characteristics that enable the highest level of operational efficiency to be achieved.
Both the non-doped and doped devices exhibited high operational stability with negligible efficiency roll-off over the broad current density range.
