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Hypersolar im Jahr der Brennstoffzelle 2014
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schafft es nicht mal heute Vollgas zu geben
globenewswire.com/news-release/2017/03/14/...-Production.html
Using inexpensive, earth-abundant materials, the Company’s research team has developed a highly efficient, oxygen catalyst that appears to be stable over time
SANTA BARBARA, CA – May 9, 2017 - HyperSolar, Inc. (OTCQB: HYSR), the developer of a breakthrough technology to produce renewable hydrogen using sunlight and any source of water, today announced the successful development of an efficient and low-cost catalyst for oxygen production – an important half reaction of water-splitting for hydrogen production.
The amount of hydrogen produced by water splitting is fundamentally limited by the slower oxygen half reaction. Developing an efficient oxygen catalyst is an important milestone in the Company’s effort to split water molecules for the production of renewable hydrogen.
The Company believes that a commercially viable oxygen catalyst needs to satisfy five important characteristics when integrated on the surface of a solar cell for water-splitting: 1) Highly transparent to maximize sunlight reaching the solar cell; 2) Stable over a long time; 3) Efficient; 4) Uses inexpensive materials, and 5) Deposited under ambient temperature and pressure using environmentally benign conditions. Currently a catalyst that addresses all five characteristics does not exist.
Currently best performing oxygen catalysts are mostly made of rare earth elements such as iridium and ruthenium. There has been numerous research focused on developing highly efficient oxygen catalysts using earth abundant materials, however development of a catalyst satisfying all of the above characteristics has remained elusive.
HyperSolar in partnership with The University of Iowa has recently made some significant breakthroughs toward perfecting such a catalyst:
Developed an efficient and stable oxygen catalyst using inexpensive earth abundant elements.
Developed an extremely low cost ambient process to deposit an ultrathin layer (less than 10 nanometers) of the catalyst on the surface of a solar cell. The deposition process is highly scalable and rapid (takes less than 10 seconds) enabling deposition on large area solar panels for commercial production.
Due to the ultrathin nature of the film, the entire catalyst layer is 86% transparent to visible sunlight.
Demonstrated stable and efficient operation for more than 48 hours under aggressive operating conditions. The efficiency is roughly estimated to be 75% of the efficiency of iridium.
Currently the team is further optimizing the catalyst to reach 90% of the efficiency of iridium based catalysts, while simultaneously optimizing the catalyst deposition process on a commercially available amorphous silicon solar cell, as part of a commercial prototype under development.
“By identifying a simple, environmentally-benign, rapid process to integrate inexpensive, transparent catalyst on solar cells, we are edging closer to our goal of low-cost green hydrogen for commercial use,” said Joun Lee, CTO of HyperSolar.
Tim Young, CEO of HyperSolar, commented, “When it comes to hydrogen it’s all about the cost. Anyone can split water using high-school electrolysis to produce hydrogen. But, the commercial challenge is to make the system cost so low that solar-based hydrogen can truly be the one clean fuel to replace all fuels. By fundamentally reducing the costs and increasing the efficiency of every component from the nano-scale up, we believe our path has the best potential to produce the lowest cost hydrogen.”
HyperSolar’s research is centered on developing a low-cost and submersible hydrogen production particle that can split water molecules under the sun, emulating the core functions of photosynthesis. Each particle is a complete hydrogen generator that contains a novel high voltage solar cell bonded to efficient catalysts by a proprietary protective coating. A video detailing the rise of hydrogen fuel technology as well as HyperSolar’s completely renewable process of hydrogen fuel production can be viewed by visiting here.
SANTA BARBARA, CA – May 9, 2017 - HyperSolar, Inc. (OTCQB: HYSR), the developer of a breakthrough technology to produce renewable hydrogen using sunlight and any source of water, today announced the successful development of an efficient and low-cost catalyst for oxygen production – an important half reaction of water-splitting for hydrogen production.
The amount of hydrogen produced by water splitting is fundamentally limited by the slower oxygen half reaction. Developing an efficient oxygen catalyst is an important milestone in the Company’s effort to split water molecules for the production of renewable hydrogen.
The Company believes that a commercially viable oxygen catalyst needs to satisfy five important characteristics when integrated on the surface of a solar cell for water-splitting: 1) Highly transparent to maximize sunlight reaching the solar cell; 2) Stable over a long time; 3) Efficient; 4) Uses inexpensive materials, and 5) Deposited under ambient temperature and pressure using environmentally benign conditions. Currently a catalyst that addresses all five characteristics does not exist.
Currently best performing oxygen catalysts are mostly made of rare earth elements such as iridium and ruthenium. There has been numerous research focused on developing highly efficient oxygen catalysts using earth abundant materials, however development of a catalyst satisfying all of the above characteristics has remained elusive.
HyperSolar in partnership with The University of Iowa has recently made some significant breakthroughs toward perfecting such a catalyst:
Developed an efficient and stable oxygen catalyst using inexpensive earth abundant elements.
Developed an extremely low cost ambient process to deposit an ultrathin layer (less than 10 nanometers) of the catalyst on the surface of a solar cell. The deposition process is highly scalable and rapid (takes less than 10 seconds) enabling deposition on large area solar panels for commercial production.
Due to the ultrathin nature of the film, the entire catalyst layer is 86% transparent to visible sunlight.
Demonstrated stable and efficient operation for more than 48 hours under aggressive operating conditions. The efficiency is roughly estimated to be 75% of the efficiency of iridium.
Currently the team is further optimizing the catalyst to reach 90% of the efficiency of iridium based catalysts, while simultaneously optimizing the catalyst deposition process on a commercially available amorphous silicon solar cell, as part of a commercial prototype under development.
“By identifying a simple, environmentally-benign, rapid process to integrate inexpensive, transparent catalyst on solar cells, we are edging closer to our goal of low-cost green hydrogen for commercial use,” said Joun Lee, CTO of HyperSolar.
Tim Young, CEO of HyperSolar, commented, “When it comes to hydrogen it’s all about the cost. Anyone can split water using high-school electrolysis to produce hydrogen. But, the commercial challenge is to make the system cost so low that solar-based hydrogen can truly be the one clean fuel to replace all fuels. By fundamentally reducing the costs and increasing the efficiency of every component from the nano-scale up, we believe our path has the best potential to produce the lowest cost hydrogen.”
HyperSolar’s research is centered on developing a low-cost and submersible hydrogen production particle that can split water molecules under the sun, emulating the core functions of photosynthesis. Each particle is a complete hydrogen generator that contains a novel high voltage solar cell bonded to efficient catalysts by a proprietary protective coating. A video detailing the rise of hydrogen fuel technology as well as HyperSolar’s completely renewable process of hydrogen fuel production can be viewed by visiting here.
...samt Cashburn. Und immer wird die Marktfähigkeit bzgl. der wesentlichen Eckdaten des Produkts betont.
Ob das am Ende auch wirklich umsetzbar ist ? Theorie und Praxis. Immer wieder kam der Kurs nach derart Meldungen zurück. M;an muss nur schauen, wo er aktuell steht. Vermutlich verpufft auch diese Meldung wieder.
Die Aktienanzahl auf Ariva ist vermutlich nicht mehr aktuell... ;-)
Meine Meinung.
Ob das am Ende auch wirklich umsetzbar ist ? Theorie und Praxis. Immer wieder kam der Kurs nach derart Meldungen zurück. M;an muss nur schauen, wo er aktuell steht. Vermutlich verpufft auch diese Meldung wieder.
Die Aktienanzahl auf Ariva ist vermutlich nicht mehr aktuell... ;-)
Meine Meinung.
globenewswire.com/news-release/2017/05/16/...ity-of-Iowa.html
globenewswire.com/news-release/2017/06/13/...rogen-Grows.html
...welches hier nicht diskutiert wurde. LOL.
www.sec.gov/cgi-bin/...r?CIK=0001481028&action=getcompany
Form 10-Q - Quarterly report [Sections 13 or 15(d)] SEC Accession No. 0001213900-17-005056
Filing Date
2017-05-12
Period of Report
2017-03-31
Daraus ein paar Daten, per März 31, 2017:
Cash = $ 51,955
TOTAL OPERATING EXPENSES (3-month) = $ 163,976
"The number of shares of registrant’s common stock outstanding, as of May 11, 2017 was 678,342,322."
"During the nine months ended March 31, 2017, the Company issued 88,789,361 shares of common stock upon the conversion of $346,863 in principal, plus accrued interest of $93,712."
Ein Fass ohne Boden scheint es. Meine Meinung.
www.sec.gov/cgi-bin/...r?CIK=0001481028&action=getcompany
Form 10-Q - Quarterly report [Sections 13 or 15(d)] SEC Accession No. 0001213900-17-005056
Filing Date
2017-05-12
Period of Report
2017-03-31
Daraus ein paar Daten, per März 31, 2017:
Cash = $ 51,955
TOTAL OPERATING EXPENSES (3-month) = $ 163,976
"The number of shares of registrant’s common stock outstanding, as of May 11, 2017 was 678,342,322."
"During the nine months ended March 31, 2017, the Company issued 88,789,361 shares of common stock upon the conversion of $346,863 in principal, plus accrued interest of $93,712."
Ein Fass ohne Boden scheint es. Meine Meinung.
lasst euch nicht verunsichern, die Kurse werden in den Staaten gemacht und da
bin ich auf die Eröffnung gespannt
bin ich auf die Eröffnung gespannt
News today, aber noch kein Anstieg im Kurs zu sehen, na dann warten wir es mal
ab, was den U.S. OTC Boys heute noch einfällt
ab, was den U.S. OTC Boys heute noch einfällt
Deutschland, aktuell München liefert die Kursvorgabe für die U.S. Boys.
RT 0,01€ 17:02h / letzten Stücke wieder 100k, gesamt Vol. bislang 220.000 EA
RT 0,01€ 17:02h / letzten Stücke wieder 100k, gesamt Vol. bislang 220.000 EA
http://www.otcmarkets.com/stock/HYSR/quote
Verunsichern tut hier nur der Wert selbst.
http://www.ariva.de/forum/...offzelle-2014-493679?page=52#jumppos1310
Verunsichern tut hier nur der Wert selbst.
http://www.ariva.de/forum/...offzelle-2014-493679?page=52#jumppos1310
an der OTC ist alles möglich, aber verunsichern lässt sich der Wert an der OTC Börse in den US-Staaten mit Sicherheit nicht
Wie gehabt.
0.00990.0001 (1.00%)
Real-Time Best Bid & Ask
0.0098 / 0.01 (10000 x 572374)
Volume 331,626
Nur knapp über 3.000 Dollar gehandelt drüben ? Kaum was im BID und 572.000 im ASK. No comment.
www.otcmarkets.com/stock/HYSR/quote
ich kann gut lesen und bin mir auch sehr sicher, dass die U.S. Boys sich nicht in Karten schauen lassen. Das Handelsvolumen in den US Staaten kann sich innerhalb von Sek. schlagartig verändern
Die größte Variable in der HYSR-Bilanz:
"Net Gain/(Loss) on debt conversion and change in derivative liability" ;-)
"The Company entered into a securities purchase agreement February 3, 2017, for the sale of a 10% convertible promissory note (the “February Note”) in the aggregate principal amount of up to $500,000. The February Note is convertible into shares of common stock of the Company at a price equal to a variable conversion price of the lesser of $0.01 per share or fifty percent (50%) of the lowest trading price since the original effective date of each respective tranche or the lowest effective price per share granted to any person or entity after the effective date to acquire common stock. Upon execution of the securities purchase agreement, the Company received a tranche of $60,000. The Company received an additional tranche in the amount of $60,000 for an aggregate sum of $120,000. The February Note matures twelve (12) months from the effective dates of each respective tranche. The February Note matures on February 3, 2018, with an automatic extension of sixty (60) months from the effective date of each tranche. The Company recorded amortization of debt discount, which was recognized as interest expense in the amount of $12,164 during the nine months ended March 31, 2017."
Früher war mehr Lametta... ;-)
Siehe Finanzbericht #1316.
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