工業技術研究院

技術簡介

再生能源具間歇波動特性，需搭配儲能方案以達最大化利用。本技術開發再生能源電解產氫系統，兼具高效率及快速變載之功效，為再生能源長時間儲能方案。產出氫氣可於用電需求尖峰時段用於發電回供電網，亦可轉作氫能載具如客運巴士、物流車、小型車等，以及工業製程用氫、鍋爐替代燃料等，達到零排放能源多元利用之效益。

Abstract

Renewable energy has intermittent fluctuation characteristics and needs to be matched with energy storage solutions to maximize utilization. This technology develops a hydrogen production system by electrolysis based on renewable energy that combines high efficiency and rapid load variation technology, and is a long-term energy storage solution for renewable energy. The produced hydrogen can be used to generate electricity back to the power grid during peak periods of electricity demand. It can also be used for transportation, such as hydrogen buses, logistics vehicles, small vehicles, etc., as well as hydrogen for industrial processes, alternative fuel for boilers, etc., to achieve zero emissions. The benefits of this technology is to maximum the diversified utilization of renewable energy.

技術規格

電解運作功率＞1 kW、產氫率＞0.2 Nm3/h、產氫能耗＜5 kWh/Nm3

Technical Specification

Operative power consumption1 kW, hydrogen production rate 0.2 Nm3/h, nominal power consumption per Nm³ of H₂ produced ＜5 kWh/Nm3

技術特色

瓩級高壓電解產氫系統設計整合自主開發之AEM電解槽及高壓氫氣卻水槽、電解液混合槽等BoP組件，完成高效率高壓電解系統設計。開發快速變載控制及系統失效分析技術，可因應再生能源負載變動情境，配合場域整體能源管理需求，達到長時間穩定氫能儲能之效益。

應用範圍

再生能源儲能應用、產業製程用氫、鍋爐混氫減碳、醫療等

接受技術者具備基礎建議（設備）

機械組裝設備、電源供應設備、抽氣設備、氫氣洩漏監測系統、氫儲存及運送設備

接受技術者具備基礎建議（專業）

氫能安全知識、水電解產氫技術知識、再生能源整合管理

聯絡資訊