-
[交通]
马士基推进乙醇燃料试验，在鹿特丹进行更大规模燃料加注
-
[技术]
天然氢的形成机理 哪里可以发现天然氢？
-
[氢能]
国内首个电氢混合储能示范项目并网 内蒙古化德打造新型电力系统样板
-
[储能]
辉能科技与法国OPmobility签署固态电池合作
-
[交通]
新能源车为何主动加入变速箱?
-
[技术]
我国首次“船网互动”试验在江苏连云港完成
-
[氢能]
H-Power签署协议，向沙特阿拉伯出售两台LC30燃料电池发电机用于试验
-
[氢能]
超7000公里规划！国家能源局：推进油气与氢基能源管输体系协同
-
[交通]
特斯拉在日本卖到白菜价！Model 3实际到手仅需13.4万元 全球最低
-
[光伏]
上海SNEC展新动向：从纪录争夺到场景突围，钙钛矿竞逐下一代太阳能电池技术
By: Carlos Bernuy-Lopez PhD University of Liverpool
Let's work smartly to develop Green Hydrogen as fast as possible. This means to put each electrolysis technology at their best to maximize their properties.
(1) Alkaline technologies. Due to their large footprint and higher energy consumption, these technologies are very nice to those projects where space is not an issue (land availability) and where electricity prices are low.
(2) PEM technologies. This technology has smaller footprint and therefore it is very suitable where land availability is more constraint. Similarly, projects with high variability of electrical load will also profit from this technology.
(3) SOEC technologies. This technology can use excess heat and has the lowest energy consumption. Projects with higher electricity prices and the possibility to be connected to excess heat sources will profit of lower LCOH by the use of this technology.
Every technology will be needed, so try to learn their advantages and disadvantages to maximize your productivity.
平台声明：该文观点仅代表作者本人，零碳未来网 系信息发布平台，我们仅提供信息存储空间服务。
发表评论 取消回复