and as an energy carrier hydrogen can either hold and store this energy which can be used for energy storage, for microgrids to store energy for days or weeks for example, so long term energy storage solution, for homes, communities, neighbourhoods, but that is not all. 0ur electrolyser is already replacing fossil fuels in transportation, in heating and cooling and also in the power to gas sector, so for industrial. homes are being heated by our electrolyser, some planes are fueled by it, and in australia we have green methane being produced by the electrolyser and direct air capture technology so hydrogen plus c02 making green methane as a synthetic fuel. give us an idea about how
want to be doing that. want to be doing that. absolutely not. that want to be doing that. absolutely not- that is want to be doing that. absolutely not. that is why want to be doing that. absolutely not. that is why the want to be doing that. absolutely not. that is why the electrolyserl want to be doing that. absolutelyl not. that is why the electrolyser is a key technology to fight climate change. 0ur electrolyser uses electricity to split water into hydrogen and oxygen and hydrogen thatis hydrogen and oxygen and hydrogen that is produced can either be stored or used directly synthetic fuels and it is no carbon emissions in production or usage. the electricity in production or usage. the electricity you in production or usage. the electricity you make - in production or usage. the electricity you make it from is all coming from renewable sources i believe. ~ , , coming from renewable sources i believe. ~ , ., believe. absolutely. solar, wind. one of the believe. absolute
is a key technology to fight climate change. 0ur electrolyser uses electricity to split water into hydrogen and oxygen and hydrogen that is produced can either be stored or used directly for synthetic fuels and it is no carbon emissions in production or usage. the electricity you make it from is all coming from renewable sources i believe. absolutely. solar, wind. one of the advantages is the electrolyser can use the reliability of the renewables and have a great performance. are there any carbon emissions in this process at all? when using green electricity there are no carbon emissions. the only emission is oxygen. the machine itself is a small machine. what can it typically power? it can do a lot. it will generate green hydrogen which is an energy carrier