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https://www.hydrogeninsight.com/electrolysers/thyssenkrupp-nucera-sees-69-increase-in-hydrogen-electrolyser-sales-despite-difficult-market-conditions/2-1-1644700

Posted by Morning lark
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The U.S. Dept. of Energy (DOE) announced it was preparing to make as much as a $1.66 billion loan guarantee to Latham, New York-based Plug Power, with the money earmarked for construction of as many as six clean hydrogen facilities across the U.S.

The DOE on May 14 said the funds were part of a conditional commitment to Plug Power.  The Biden administration has made support for hydrogen production from clean energy sources—known as green hydrogen—a focus of its energy program. Most hydrogen is known as blue hydrogen, which is produced from fossil fuels including natural gas. Green hydrogen is produced using electricity from renewable energy resources such as solar and wind.

Plug Power develops hydrogen fuel cell systems that replace conventional batteries in equipment and vehicles powered by electricity.

Key for Decarbonization
“Green hydrogen is an essential driver of industrial decarbonization in the United States,” said Plug Power CEO Andy Marsh. “Earlier this year, Plug successfully demonstrated our innovation and technical ability by launching the first commercial-scale green hydrogen plant in the country in Woodbine, Georgia. This loan guarantee will help us build on that success with additional green hydrogen plants.”

Marsh said, “We appreciate the partnership with the DOE Loan Programs Office and are pleased to have worked through an intensive due diligence process. The loan guarantee will prove instrumental to grow and scale not only Plug’s green hydrogen plant network, but the clean hydrogen industry in the United States.”

The Biden administration last year published a “National Clean Hydrogen Strategy and Roadmap,” which referenced how the U.S. could produce as much as 10 million metric tons of green hydrogen annually by 2030. The target rises to 20 million metric tons each year by 2040, and 50 million metric tons annually by 2050.

The DOE last fall said it would supply $7 billion of funding to develop seven regional clean hydrogen hubs across the U.S. The hubs would support commercial-scale deployment of hydrogen. The money was included in the 2021 Bipartisan Infrastructure Law.

The seven hubs are expected to jointly produced about three million metric tons of hydrogen annually.

Hydrogen Production Network
Plug Power’s hydrogen production network includes plants in several states. It is among the top commercial-scale manufacturers of electrolyzers in the U.S., and operates the largest Proton Exchange Membrane (PEM) electrolyzer system in the U.S. at its Georgia hydrogen facility. Plug’s electrolyzer stacks are manufactured at the company’s factory in Rochester, New York. Plug’s liquefaction and hydrogen storage systems are engineered at its facility in Houston, Texas.

Electrolyzers use electricity to split water into hydrogen and oxygen. Plug’s PEM technology is designed to operate efficiently on electricity from renewable energy; Electrolyzers that use renewables to electrify hydrogen production produce emissions-free clean hydrogen. Plug has said its electrolyzer stacks can be configured to produce systems at 1-, 5-, and 10-MW scales.

Plug Power has said its hydrogen fuel can be used in fuel cell-electric vehicles across several sectors, including transportation and industrial, and also material handling. Plug’s hydrogen fuel cells already are used by companies including Home Depot, Walmart, and Amazon, at those groups’ warehouse and distribution centers.


Posted by Morning lark
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The fuel cell systems are now in mass production at a joint venture production facility with GM.

https://www.manufacturing.net/automotive/news/22910179/honda-debuts-class-8-hydrogen-fuel-cell-truck-concept

Honda Debuts Class 8 Hydrogen Fuel Cell Truck Concept

The fuel cell systems are now in mass production at a joint venture production facility with GM.

www.designdevelopmenttoday.com

Posted by Morning lark
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ドイツ・ハノーバーで開催された「Hannover Messe 2024」の主要テーマは「Energizing a Sustainable Industry(持続可能な産業を活性化する)」。約4000社の出展のうち、多くが「Industry 4.0」、すなわち工場のオートメーション化やデジタル化を軸に出展した。

 その中でやや異色だったのが「Hydrogen+Fuel Cells(水素と燃料電池)」をテーマとした出展だ。Hannover Messeでは30年近くも続いているテーマだが、今回は、「Hydrogen+Fuel Cells EUROPE」というコミュニティーに所属する企業だけで300社超。それ以外の企業も含めると出展社500社弱(日経クロステック調べ)と過去最大規模になった(図1)。水素関連だけでこの出展規模は世界最大級といえる。

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図1 「Hydrogen+Fuel Cells」の出展者が集まるホール13の出展レイアウト
(写真:日経クロステック)

水素社会実現のインフラ、サプライチェーン構築へ

 会場には、「ENERGY 4.0」や「green hydrogen revolution(グリーン水素革命)」といった刺激的なキャッチコピーが目立つ(図2)。出展内容も、水素またはアンモニアやメタノールなどの水素キャリアの生産技術、その圧縮や貯蔵システム、パイプラインの敷設計画、水素の充填ステーション、そして燃料電池や燃焼システムまで、水素の様々なサプライチェーンやインフラが出そろった(図3)。

図2 「Energy 4.0」や「グリーン水素革命」を目指す
(写真:日経クロステック)
(a)ホンダの大型車・建機向け燃料電池モジュール(プロトタイプ)
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(b)ドイツbalticFuelCellsの燃料電池スタック
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(c)Boschの100kW級固体酸化物形燃料電池(SOFC)システム
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(d)BoschのPEM(Proton Exchange Membrane)形水電解装置
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(e)オランダNPROXXの炭素繊維強化樹脂(CFRP)製大型水素タンク
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(f)ノルウェーHexagon PurusのCFRP製水素タンク
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(g)英Oort EnergyのPEM形水電解スタック
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(h)ドイツShaefflerのPEM形水電解スタック
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(i)川崎重工業が開発した水素専焼用燃焼器の一部
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(j)(i)の拡大写真
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(k)水素専焼の様子
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図3 水素の利用システムとサプライチェーン技術が出そろう
(写真:日経クロステック)

 中でも人気を集めたのがドイツRobert Boschの出展や講演だ(図4)。同社は、日本では自動車関連の部品・部材メーカーとしての印象が強いが、水素関連でもサプライチェーン・システムの多くを手掛けている。

(a)Boschの講演の様子
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(b)Boschの水素関連事業のポートフォリオ
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図4 Boschの講演には立ち見も
ホール13におけるテクニカルフォーラムでBoschが講演(a)。多数の立ち見が出た。同社の水素関連事業のポートフォリオ(b)。水の浄化、PEM形水電解装置、ガスの光学検査装置、水素の圧縮装置、水素の液化装置、SOFC形燃料電池システム、スチームボイラーなど非常に幅広く手掛けているという(写真:日経クロステック)

 

 

水素関連で500社弱出展のハノーバーメッセ、「グリーン水素革命」目指す欧州 | 日経クロステック(xTECH) (nikkei.com)

 

水素関連で500社弱出展のハノーバーメッセ、「グリーン水素革命」目指す欧州

 ドイツ・ハノーバーで開催された「Hannover Messe 2024」では、500社弱が水素や燃料電池関連で出展。水素またはアンモニアやメタノールなどの水素キャリアの生産技術、その圧縮や貯蔵システ

xtech.nikkei.com

 

Posted by Morning lark
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