台灣永續能源之數理經濟研究

Abstract

首先，新能源是人類一直追求和探索的。每個經濟體，以至一個多國經濟組織也是不停在消耗能源，尤其是石油。（某些）政府，作為經濟體的最大控制角色，必須供應稍多於工業使用和家居使用的能源。能源應該以最低損失傳輸，也應該以最低損失保存。有科學上的推動力，政府部門的管理更不可少。能源技術貿易和高效核能的國家執照在多元國際上已見。正文首一章（第二章），我把能源生產的物理學皆以粒子觀表達，作為產能效用的唯一和起源依據。從發電站、電纜到工業機器皆不離物理學，也守著工程數學。接著，我寫的經濟學正是從應用數學和現實狀況執筆，再令讀者接合兩方面。統計學是發展成熟，但這門學科是資料性的，缺了數字，勉強可作dummy variable，缺了數據便是空談。我在最後一章選擇了最傳統的分析法－成本－效益分析。最後，我建議讀者先讀附錄，再讀正文。另外，有些小段是我個人所想，希望啟迪他人或者由他人從中指出更好的意念。

First, hopefully, new energies are what humans are ever pioneering when consuming the biofuels. With this fact, governments are making a supply of energy slightly more than demanded. Stored in any physical form and transported with the least loss, the United States and governments including Republic of China find it an essential need to set up energy department and a system of licensing and skilled good control. In the beginning chapter (chapter 2), I refines Physicians’ work in illustrating particle reactions. They can translocate one another in trajectories that are vectors. They can bombard to down-scale the mass. The sizable reactors are all designed with the theoretical principles of particle Physics. Next is Economics that reveals the real world of energies. There is a spectrum of Statistic measurements analyzing mean, variance, distribution, sample size, and degree of freedom. I choose one cost-benefit analysis for Taiwan’s energies. Not less importantly, I suggest a reading of the only appendix.