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Despite being the most abundant ingredient in the universe , making chintzy , clean-living hydrogen here on Earth has been a surprisingly tough nut to crack .

“ Hydrogen has always been plagued with a couple problems . One is , how do you make it efficiently ? Another one is , how do you circularise it expeditiously ? ” Siva Yellamraju , carbon monoxide gas - father and CEO ofFourier , severalize TechCrunch .

Most late atomic number 1 startups have been focused on making modular electrolyzers , allow them to be plenty - produced and squeezed into shipping containers . Yellamraju ’s company has taken that trendy maneuver to the extremum . Fourier is targeting something no grownup than two standard server racks standing side by side .

Investors have hire note , with General Catalyst and Paramark Ventures leading an $ 18.5 million Series A round , the company exclusively told TechCrunch . Other participating investor include Airbus Ventures , Borusan Ventures , GSBackers , MCJ Collective , and Positive Ventures .

Fourier ’s waiter doctrine of analogy put out inside the module , too . There , the company set up multiple modest electrolyzers — about   20 in the current design —   that it calls “ blade . ” Each blade is fed water from a ticker shared among them , and electricity comes from light modified power supplies borrowed from the data centre cosmos .

“ We reprogram them , retrofit them to run for electrolysis , ” Yellamraju said . “ It also countenance us to use these factor that are already sold in the billions . ”

Within each atomic number 1 - production mental faculty , software manages the blades to optimize their operation . Here , Yellamraju enounce the caller was inspire by another bit of commoditized technology , thelithium - ion barrage fire .

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“ If you front at fellowship like Tesla , they started with small cells , an regalia of them , so that allowed them to do off - the - ledge component but push the complexity into a compute stratum , ” he said .

Tesla ’s battery packs thread together grand of belittled electric battery , all of which are overseen by a combining of hardware and software that is known as a “ barrage fire management system ” ( BMS ) . The BMS handles charging and discharging of each private cell , and it will see for anything that suggest a battery is corrupting , bring down its purpose or flagging it for repair .

Fourier ’s system of rules likewise monitors the performance of each electrolyzer blade , tweak output and follow for mansion of degradation . The goal , Yellamraju say , is to “ press the overall efficiency problem and production problem into a information - optimization problem . ”

The inauguration has operate two lab - scale pilot , which make about a kg of hydrogen per hour , with a pharmaceutical manufacturer and a solar energy company . Up next are two commercial - scale pilot plants , one at a petrochemical plant in Ohio and another at a company in Fremont , California , that make airline parts . Both should be operating by June . Ultimately , Fourier is direct customers that need 6 to 20 kilograms per hour , which would want around 300 kilowatt to 1 megawatt of electrolyzer capacity .

Fourier ’s potential commercial-grade customers , which include pharmaceutical , petrochemical , and ceramics manufacturers , pay around $ 13 to $ 14 per kilogram today . Yellamraju say that his company can deliver H for $ 6 to $ 7 per kg , not including any government incentive . “ With our margin , they ’re still saving half the damage of hydrogen , ” he sound out .