Energy Saving Strategy of Chemical Industries.

Research on Energy-Saving-Based Cloud Computing Scheduling Strategy

Cloud computing applies virtualization technology to integrate the existing software and hardware resources, uses the international network to offer all kinds of services for avoiding the energy consumption caused by the idle energy and reaching to the maximum resource utilization efficiency. Therefore, reducing energy consumption and operation cost without influencing the system efficiency is ...

A three-phase energy-saving strategy for cloud storage systems

In the running process of cloud data center, the idle data nodes will generate a large amount of unnecessary energy consumption. Furthermore, the resource misallocation will also cause a great waste of energy. This paper proposes a three-phase energy-saving strategy named TPES in order to save energy and operational costs for cloud suppliers. The three phases are replica management based on var...

Energy-saving mechanisms in muscle: the minimization strategy.

Many mechanisms reduce the cost of muscle activity. Here, we describe a set of specializations that reduce the cost of contraction in the high-frequency twitches that are used by a wide variety of animals for either sound production or flight. Minimizing the cost of these contractions means that cellular ATP production can meet ATP demand and sustain the high contractile rate. Two classes of sp...

An Expert System of Energy Saving Technologies for the Process Industries (exsys)

Saving Energy by Exergetic Analysis of MTP Process Refrigeration System

The exergetic analysis is a tool that has been used successfully in many studies aiming a more rational energy consumption to reduce the cost of processes. With this analysis, it is possible to perform an evaluation of the overall process, locating and quantifying the degradation of exergy. This paper applies exergy approach for analyzing the heat exchanger network design and refrigeration of M...