台灣每年消耗依賴進口能源高達97％。因為有限的全球石油能源，大幅度能源價格波動，可再生能源技術正在迅速發展並實施世界各地。可再生能源技術的跨越範圍從發展到商用。一些已經有顯著的貢獻，現在電力供應達到零或減少對環境的排放。本課程介紹了主要的新興可再生能源方案的技術和經濟地位，使學生有背景的預估其未來業績和成本。在教學過程中，各種可再生能源技術進行介紹。同時這課程把可再生能源發電技術領域的指導放在一起，讓學生了解清潔能源的未來有用的資源。能源技術介紹及應用, 包括太陽熱能, 太陽能電池, 風力發電,水力發電, 地熱發電, 生物質生物燃料, 微型燃料電池, 海洋潮汐發電, 海洋洋流能, 海洋波浪發電, 海洋滲透能, 氫能, 及儲能。

Taiwan consumes up to 97% of imported energy per year. Due to limited global oil energy and substantial energy price fluctuations, renewable energy technology is developing rapidly and being implemented around the world. Renewable energy technology has evolved from commercial use. Some have already made significant contributions, and now power supply is reaching zero or reducing emissions to the environment. This course introduces the technical and economic status of major new renewable energy programs, allowing students to have background estimates of their future career performance and costs. During the teaching process, various renewable energy technologies are introduced. At the same time, this course puts together guidance in the field of renewable energy generation technology to allow students to understand the future useful resources of clean energy. Energy technology introduction and application, including solar heat, solar battery, wind power generation, hydroelectric power generation, ground heat generation, bio-quality biofuel, micro-fuel battery, ocean tidal power generation, ocean current energy, ocean wave power generation, ocean penetration energy, humidity energy, and energy storage.

Reference：http://www.nrel.gov/docs/gen/fy98/24496.pdf
http://landartgenerator.org/LAGI-FieldGuideRenewableEnergy-ed1.pdf

Reference: http://www.nrel.gov/docs/gen/fy98/24496.pdf
http://landartgenerator.org/LAGI-FieldGuideRenewableEnergy-ed1.pdf