To this end, Enapter is designing all of its electrolyzers as products and not projects.

为此，Enapter 把所有的电解槽当作一个产品去设计，而不是当作项目。

They will power electrolyzers that produce hydrogen, which can be stored.

它们将为电解槽提供动力，这些电解槽产生可以储存的氢气。

Simultaneously this electrolyzer produces hydrogen by using electricity to split water but Solar Foods says this is where the magic happens.

同时，这个电解槽通过电力分解水来产生氢气，而太阳能食品公司称奇就发生在这儿。

When used together with a solar cell to power the electrolyzer, the method required just one-fourth the energy to grow the same amount of food created by sunlight and natural photosynthesis.

当使用太阳能电池为电解槽供电时，这种方法只需要四分之一的能量就可以种植由阳光和自然光合作用产生的等量食物。

Ballantine said he plans to make enough electrolyzers each year to produce enough hydrogen to supply two gigawatts of electricity.

巴兰丁说，他计划每年生产足够的电解槽，以生产足够的氢气，供20的电力。

And so instead of building larger electrolyzers, we're building compact ones that can be combined to achieving any hydrogen quantity needed.

所以与其建造大型的电解槽，我们造的是结构紧凑的、可以组合起来以生产任何氢能需求量的电解槽。

An electrolyzer produces clean hydrogen if it gets electricity from renewable energy, such as wind and solar power.

如果电解槽从风能和太阳能等可再生能源中获得电力，就会产生清洁的氢气。

An electrolyzer connected to solar and wind power generation is transforming green electrons into green molecules.

一个由太阳能和风力供能的电解槽，会把绿色电子转化为绿色分子。

At the heart of our electrolyser is an electrolysis core generating green hydrogen, and it is the foundation for all of our products.

我们电解槽的核心是产生绿色氢的电解核，而它是我们所有产品的基础。

Electrolyzers use huge amounts of electricity.

电解槽要消耗大量的电力。

It makes machines called electrolyzers which separate water into hydrogen and oxygen.

它制造一种名为电解槽的机器，将水分离成氢和氧。

And we're taking these core stacks and other components of our electrolyzers into mass production.

我们正在将这些电解核的模块堆和电解槽的其他组件投入批量生产。

And this means electrolyzers are going to need to be really, really cheap.

也就是说，电解槽的成本得非常、非常便宜。

Ohmium said each is about two-and-a-half meters high by one-and-a-half wide and almost two meters long.

欧米姆说，电解槽高约2.5米，宽1.5米，长近2米。

Each electrolyzer can produce up to 45 metric tons of hydrogen per year.

每个电解槽每年可以生产多达45公吨的氢气。

And the quickest path to scaling green hydrogen is by mass producing electrolyzers.

而最快的扩大绿色氢规模的方法，就是大批量生产电解槽。

So they're using Japanese turbines, electrolyzers, they're using Japanese ships to haul the ammonia around.

所以他们使用日本的涡轮机和电解槽，并用日本的船只来运输氨气。

And more green hydrogen, so more electrolyzers to produce it.

更多的绿色氢，因此需要更多的电解槽来生产它。

Electrolyzers are what make the green hydrogen.

电解槽是制造绿色氢的关键。

Some U.S. power producers plan to use Ohmium's Lotus electrolyzer as a partial substitute for natural gas.

一些美国电力生产商计划使用欧米姆的Lotus电解槽部分替代天然气。