• Theses

雲端運算中能源效率及綠色能源的研究

University Master Thesis 雲端運算中能源效率及綠色能源的研究 Energy Efficiency and Green Energy in , energy efficiency, climate change and the intersection of each. There are great opportunities

• Journals

Renewable Energy, Energy Efficiency, and Energy Resilience: A Case Study of Japan

).0002 Renewable Energy, Energy Efficiency, and Energy Resilience: A Case Study of Japan1 incorporate renewable energy, climate change, energy efficiency, and energy security. Changes in

• Journals
• OpenAccess

Studies of Earthquake Energies in Taiwan: A Review

, radiation efficiency, scaled energy and ener- gy-magnitude law conducted by Taiwan seismologists . Key words: Earthquake energies, Seismic efficiency, Radiation efficiency, Scaled energy

• Journals

Plasma Electrolytic Cell as a Thermal Energy Generator

, energy efficiency ABSTRACT Plasma cells are multi-purpose devices, which can work both high energy efficiency devices is so important nowadays? The efficiency of electrical to

• Journals

The Intrinsic and Extrinsic Exergy Losses of Distillation Columns(Short communication)

本文提出雙層理想化觀念，即可逆操作理想化與熱力平衡操作理想化。此二理想化之偏離分別直接對應了結構性設計 與輸送現象速率之限制。據此，本文進而結合可用能(Exergy)觀念，量化此等偏離之程度並定義為本質性與非本質性可用能損失。針對板式簡單蒸餾塔，本文提供了包括整塔與個別板之本質性與非本質性可用能損失之定義與分析方法。一座去乙烷塔之分析結果展現了蒸餾塔之可用能損失量化分佈結果。此等量化結果可明確指出結構性設計限制與輸送現象速率限制之相對重要性，以及應優先改善之塔內位置所在。本文針對結構性設計與質傳速率分別利用中間再視器與塔板堪高之改善措施，分析結果顯示本質性與非本質性可用能損失分別降低了10.9%與13.4%。

• Journals

Feasibility Study Of Using Industrial Wind Turbine In Manjil City By Energy, Exergy, Economic And Exergy Destruction Analysis

destruction, production entropy and economic cost increase and energy efficiency and exergyThe importance of producing clean energy without any pollutants, including carbon. Wind turbine can produce clean energy. To use a wind turbine, the feasibility of using a wind turbine in that area should be checked. In this research, energy, exergy, economic as number of winds in Manjiil city was obtained, and the average speed, average power, energy efficiency, exergy efficiency, exergy destruction and economic cost were calculated using existing equations. According to the outcomes of this research, the average power produced, energy efficiency and exergy destruction are high in the months with high average wind speed, and these months have lower exergy efficiency and economic cost. The cost of electricity generated in efficiency decrease.

• Journals
• OpenAccess

An Efficient Distributed Clustering and Gradient based Routing Protocol for Wireless Sensor Networks

lifetime (ii) utilizing the battery energy efficiently (iii) reducing the overhead of the energy, node degree, and Received Signal Strength (RSS). And also, the RSS based network residual energy of the current CH goes below the threshold level, thus minimizing the exchange Energy Consumption (AEC), and control overhead.

• Journals

An Enhanced Query-level Energy-Efficient Cache Invalidation Scheme in Mobile Environments

Invalidation, Energy Efficiency 1. Introduction Energy and bandwidth are two scarce resources in [1,3,5,7,10-16]. However, only a few papers[2,8,9,11,14] considered the energy-efficiency issue

• Journals
• OpenAccess

An Efficient Function Inlining Scheme for Resource-Constrained Embedded Systems

memory, and the energy efficiency is related to the lifetime of these devices. With function can signifi- cantly improve both energy efficiency and memory utilization. The rest of

• Journals

Energy-aware Routing Algorithm In Wireless Sensor Networks Using Water-cycle Algorithm And Fuzzy Logic System

network efficiency and extending the network’s lifespan. Optimizing energy efficiency becomes to enhance energy efficiency, prolong network operation, and address the shortcomings of