Sentence examples for energy conservation performance from inspiring English sources

After the WSN has been properly divided into sectors, beacon cluster routing algorithm can enhance the energy conservation performance of each sensor nodes.

In the present work, energy conservation performance of one passive school building and classroom thermal comfort enhancement will be simultaneously investigated.

Comparative analyses of various scenarios validate the positive effect of suspension energy regeneration on the energy conservation performance of power split HEV.

As a result of the model analysis, to pursue good execution effects brought by the incentive policies, the executors are required to distinguish the differences of incentive objects' economic activities and strongly respect the incenting on the energy conservation performance.

Traditionally, energy conservation and performance improvement are contradictory.

Thus a novel steam ejector with auxiliary entrainment is proposed to take full use of the possible low-pressure regions to entrain the extra low-grade entrained steam for energy conservation and performance improvement.

The guidance law is developed with the aim of saving the interceptor's energy conservation while improving performance robustness.

The paper discusses the protocol and its basic issues and presents in-depth examples of its use in- and outside the health promotion field: Empowerment, return to work, safety interventions, implementation, energy conservation, and academic performance.

We will describe the protocol and its basic issues and present in-depth examples of its use in- and outside the health promotion field: Empowerment, return to work, safety interventions, implementation, energy conservation, and academic performance.

Split system air-conditioning units are commonly employed in residential buildings in the tropics due to their convenience in terms of energy conservation, aesthetics, flexibility, acoustic performance and ease of operation.

Nickel Foam as a substrate for morphology controllable synthesis of hierarchical nanocomposites with three-dimensional architecture is gaining substantial rank as effective energy materials for high-performance energy conservation and energy conversion devices.