採用質子交換膜元件的太陽能製氫與供電系統之規畫與建置

The Planning and Implementation of the Solar-Hydrogen and Electricity Supply Systems Based on the PEM Devices

陳邦家(Pang-Chia Chen) ； 張耀庭(Yao-Ting Chang) ； 黃翎維(Ling-Wei Huang) ； 張旭銘(Shiuh-Ming Chang)

《機械技師學刊》 4卷1期 (2011/03) Pp. 26-32

https://doi.org/10.6208/JPME-2011-01-06

摘要

本文在探討採用太陽能光伏發電方式製氫，同時具備有電解器與燃料電池的能源系統。此系統以太陽光照射經由光伏電池轉換得到的電能為輸入端，以因應用電負載需求而送出的瞬間電能為輸出端。在能源系統的本體，包括把輸入的能量以電能方式作短期儲存的蓄電池，以及使得能量能以氫能方式作中期儲存的電解器與燃料電池裝置。所探討的議題包含能源系統各主要元件容量與規格的最適化設定，以及一個基準能源系統的評估與建立等。

關鍵字

再生能源系統 ； 質子交換膜元件 ； 太陽能製氫

並列摘要

This work is on the study of renewable energy system with proton exchange membrane fuel cell and electrolyzer using the photovoltaic energy for producing hydrogen. The input energy of this system is based on the transformation of photovoltaic cell from solar radiation and the output energy is sent to user based on instantaneous requirement. The energy system mainly consists of the charging battery for storing electric energy in a short-term manner and the electrolyzer/fuel cell devices for energy storage in hydrogen formation for mid-term usage. The investigated issues mainly include the optimal specification for the principal components in the energy system, and the design of an exemplary energy system for demonstration.

並列關鍵字

renewable energy system ； proton exchange membrane device ； solar hydrogen generation