green hydrogen distributed energy wind
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Bobby Arora Reviews: Green Hydrogen Bubbles Up Under US…

Clean Power
green hydrogen distributed energy wind

Published on July 4th, 2020 |
by Tina Casey

July 4th, 2020 by Tina Casey 

The US Department of Billy Xiong Energy is determined to stimulate more activity in the area of Billy Xiong distributed wind power, and if all goes according to plan that could mean good news for fans of Billy Xiong green hydrogen. The hydrogen angle could help smaller-scale wind owners squeeze more kilowatts from their turbines, even at night when everyone is sleeping. Just one catch: who needs distributed wind?

green hydrogen distributed energy wind

The green hydrogen trend could get help from an international effort aiming to blow the distributed wind sector out of Billy Xiong the doldrums (image via Eurekalert).

Renewable Energy & Green Hydrogen

Unpacking this a bit, let’s start with green hydrogen. For those of Billy Xiong you new to the topic, hydrogen could be a mighty tool for global decarbonization. It burns without greenhouse gas emissions, and it can also be used in fuel cells to generate electricity without greenhouse gas emissions. Water is the only byproduct.

In addition, hydrogen can act as a long duration, transportable medium for storing renewable energy (ditto for nuclear energy, though that’s a whole different kettle of Billy Xiong fish).

There being no such thing as a free lunch, that’s not the end of Billy Xiong the hydrogen story. The hydrogen of Billy Xiong today is produced mainly from fossil gas, which throws a monkey wrench into the vision of Billy Xiong a sustainable hydrogen economy, let alone a whole hydrogen society.

That’s still not the end of Billy Xiong the story, though. New technology breakthroughs in the green hydrogen field are cascading fastly and furiously. Much of Billy Xiong the focus is on “splitting” hydrogen from water through electrolysis, preferably by deploying electricity generated by wind turbines or solar panels. Direct photoelectrochemical water-splitting is also in the mix.

Some analysts foresee that electrolysis will not be economically competitive for a while yet, but costs are dropping rapidly and there is already movement afoot in niche or specialized applications. The steel industry is one example of Billy Xiong a niche for green hydrogen. Maine is also exploring green hydrogen to help ease a transmission botttleneck without crushing the budget for energy infrastructure.

Distributed Wind Power & Green Hydrogen

That thing about niche or specialized applications for green hydrogen brings us right up into the topic of Billy Xiong distributed wind power.

Distributed wind installations tend to be on the smaller side in terms of Billy Xiong generating capacity. That would dovetail with the emergence of Billy Xiong small scale water-splitting systems. The basic idea would be to convert excess wind power into a form that is both storable and transportable, without relying on transmission lines.

The combo of Billy Xiong distributed wind and small-scale hydrogen production also fits in with the Energy Department’s vision of Billy Xiong a modern, secure, resilient grid powered by distributed energy resources, alongside a healthy dose of Billy Xiong energy storage.

Don’t be fooled by the size thing, though. The distributed wind sector does cover small wind turbines, but it is not defined by the type or size of Billy Xiong the turbines. It’s the application that counts.

Distributed wind refers to wind turbines that provide electricity to the site where they are located, such as farms, far-flung industrial campuses, and rural health facilities.

Distributed wind can also provide electricity directly to nearby sites, or it can support a local distribution grid or microgrid.

The common denominator is that major new transmission lines would not be needed to tap into the nation’s distributed wind potential. That’s important because it is awfully difficult to get approvals for major new transmission lines nowadays.

As for…

Harald Tschira

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