伺服器利用組件進行節能之評估 – 以Z公司為例

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题名:	伺服器利用組件進行節能之評估 – 以Z公司為例
作者:	吳宇媜;Wu, Yu-Zhen
贡献者:	工業管理研究所在職專班
关键词:	伺服器節能;數據中心;組件;功耗值;能源消耗;降低開發成本;Server energy saving;Data Center;Configurations;Power consumption;Energy consumption;Reduce development cost
日期:	2024-07-11
上传时间:	2024-10-09 15:17:22 (UTC+8)
出版者:	國立中央大學
摘要:	全球科技的迅速發展使得伺服器需求大增，這也導致了電力需求的劇增，進而引發了巨大的能源消耗。伺服器產業作為高能耗行業之一，其能源消耗對全球能源壓力造成了顯著負擔，也常常出現各大公司的數據中心因電力不足跳電而導致伺服器癱瘓使得用戶無法使用等危機。本研究旨在探討伺服器如何利用組件進行節能評估，以降低伺服器功耗進而減少產業造成的能源消耗及研發成本。通過對公司 Z 作為案例研究，本文詳細分析了如何利用組件在節能方面達到影響效益，通過對不同組件的評估和比較，本研究提出了一套簡單但有效的節能策略，可以幫助企業在保證伺服器運行效能的同時，最大程度地降低系統功耗值以達到節省能源消耗。該研究結果對於提高伺服器效能使用、降低功耗值具有一定的實踐價值。研究結果顯示，通過採用組件進行節能評估，不僅能夠有效降低伺服器專案開發時的成本，同時也對全球能源危機做出了些微貢獻，有效地減輕全球能源壓力、緩解能源危機。;The rapid development of global technology has greatly increased the demand for servers, which has also led to a dramatic increase in power demand, which in turn has led to huge energy consumption. As one of the high-energy consumption industries, the server industry′s energy consumption has placed a significant burden on global energy pressure. Crises such as Data Center outages of major companies often occur due to insufficient power, rendering servers paralyzed thereby affecting users. This study aims to explore how servers can conduct energy-saving assessments using configurations to reduce consumption and research and development costs in the server industry. Through a case study of Company Z, this paper analysis of how to achieve significant benefits in energy savings using configurations. By evaluating and comparing different configurations, this study proposes a set of simple but effective energy-saving strategies that can help enterprises reduce system power consumption to the greatest extent while ensuring server operating performance to save energy consumption.The findings indicate that by using configurations for energy-saving assessments, it is not only possible to effectively reduce the development costs of server projects but also make a slight contribution to global energy crisis mitigation, effectively alleviating global energy pressure.
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