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https://energy.gov/sites/prod/files/2017/11/f39/03%20-%20Electrochemical%20Energy%20Storage.pdf
Presentation Number: es166
Presentation Title: Post-Test Analysis
of Lithium-Ion Battery Materials
Principal Investigator: Ira Bloom
(Argonne National Laboratory)
Presenter
Ira Bloom, Argonne National
Laboratory
Reviewer Sample Size
A total of six reviewers evaluated this
project.
Approach to performing
the work—the degree to which
technical barriers are addressed, the
project is well-designed, feasible, and
integrated with other efforts.
The reviewer stated that the concerns,
issues, and the goals were clearly
defined. The method to evaluate the
final product was also clearly identified.
The reviewer said that the approach is
good and is following standard
methodology (test, dismantle, observe,
and perform diagnostics).
The reviewer noted that the
investigative approach was determined
during development of the project.
Overall, experimental means used appear logical and have yielded the ability to conclude the behavior of a LIB
package as it is subjected to intentional abuse.
The reviewer commented that this is an effort to develop an understanding of how cells react to abuse using
two different cathodes and two different binders. Another question was how processing affects abuse
tolerance. The approach has been carefully laid out.
The reviewer pronounced the approach of the post-test analysis to be good, and it addresses important issues
related to abuse events. However, the reviewer believed the materials used should be more aggressive,
especially the selection of a carboxymethyl cellulose (CMC)-graphite anode. This material is not advanced,
and the approach is most likely repeating substantial work that has been covered by various other
organizations. Emphasis on higher energy anodes and cathode pairs is advisable as well as alignment with new
materials from CAMP or the Advanced Manufacturing Facility.
Figure 3-12 - Presentation Number: es166 Presentation Title: Post-Test
Analysis of Lithium-Ion Battery Materials Principal Investigator: Ira Bloom
(Argonne National Laboratory)
3-68 Electrochemical Energy Storage
The reviewer commented that only one type of abuse tests (i.e., overcharge) was performed. The work can be
improved by leveraging Sandia National Laboratories (SNL) facilities and performing more types of abuse
tests (e.g., thermal and mechanical abuse tests).
Technical accomplishments and progress toward overall project and DOE goals—the degree
to which progress has been made, measured against performance indicators and demonstrated
progress towards DOE goals.
The reviewer said that the PIs made good progress on comparing physical and chemical response of batteries
with different types of binders under battery abuse conditions.
The reviewer stated that good progress had been achieved by the ANL, ORNL, and SNL team this past year.
ORNL made cells using two different binders and processes, SNL performed abuse testing, and ANL
conducted post-mortem analysis.
The reviewer stated that excellent progress was made toward program goals as they were outlined. The cell
manufacturing, testing effort, and analysis work proceeded almost as scheduled.
The team designed work and performed experimental efforts to meet established objectives for the fiscal year.
However, some delays in outcome are reported. It remains for the team to establish a plan to address these
delays.
The reviewer observed that this project is in the very early stages so there are only a modest number of results.
A number of diagnostics has been carried out on the two binders, and differences are observed, but it is too
early to develop insights, in the opinion of the reviewer. A good question has been raised—what causes grain
boundary corrosion—for future analysis. Transition metals were seen at the anode, which can be a useful
diagnostic of abuse along with details of the morphology. Plating can be observed, but quantitative trends are
hard to make out. One interesting result this reviewer noted is that binder failure seems to be important.
[
Quote:
b]
The reviewer stated that no future research slides were provided although this project continues until
September 30, 2018 (only 50% complete). This appears to be an unfortunate oversight on behalf of the PI.
Additionally, the proposed future work from the 2016 presentation was not addressed in this 2017
presentation.
The plan is to look at Li-iron-phosphate (LFP) composition next year with different combinations of binder. It
was not clear to the reviewer whether the plans will yield new insights, especially at a fundamental level.
Relevance—Does this project support the overall DOE objectives of petroleum
displacement?
The reviewer mentioned that understanding the potential negative response to real world abuse scenarios for
this technology and identifying ways to significantly reduce that response are critical to public acceptance of
this technology. This project fully supports that need.
3-70 Electrochemical Energy Storage
The reviewer asserted that the introduction of LIBs into the transportation sector will result in lightweighting
of designed vehicles, which serves to conserve energy, whether it be petroleum or other energy source.
However,
Quote:
this project is one that is focused on energy storage, regardless of generating source.
The reviewer viewed battery safety as critical for widespread adoption of EVs and the displacement of
petroleum. Projects such as this serve as a tool to determine overall safety and post-cycling analysis.
The reviewer stated that an effective post-analysis procedure is important for battery development and will
help accelerate the EV adoption.
The reviewer remarked that the project supports DOE objectives. It is important to perform failure analysis on
batteries so that we can move forward in the development of an affordable battery that can meet DOE goals.
It seems useful, but it was unclear to the reviewer how knowing the various responses to abuse will help make
safer batteries. The reviewer further noted that the project team will test different additives, but again, was
unsure how looking at morphology changes will add knowledge.
NPWZ a Collaboratory with Labs (See below) ? part of new 15 million research project.
Today, the Energy Department announced up to $15 million for research projects on batteries and vehicle electrification technologies to enable extreme fast charging. The Department's Vehicle Technologies Office (VTO) funds early-stage, high-risk research to generate knowledge upon which industry can develop and deploy innovative transportation energy technologies that improve efficiency, lower costs, and increase use of secure, domestic energy sources.
https://www.energy.gov/sites/prod/files/201
10/f38/XFC%20Technology%20Gap%20Assessment%20Report_FINAL_10202017.pdf
Most all references in reports are prior to when NPWZ batteries with known to be shipped to the lab...
Quote:
https://energy.gov/eere/vehicles/downloads/vehicle-technologies-office-merit-review-2017-post-test-analysis-lithium-ion
PDF icon es166_bloom_2017_p.pdf
\
VTO is seeking research projects to develop plug-in electric vehicle systems that can recharge rapidly at high power levels, decreasing charge time to 15 minutes or less. Advanced battery projects will focus on early-stage research of battery cells that can enable extreme fast charging, while electrification projects will support the development and verification of electric drive systems and infrastructure for extreme fast charging (400-kW).
In a new VTO-funded report also being released today, researchers at Idaho National Laboratory teamed with Argonne National Laboratory and the National Renewable Energy Laboratory to identify technical gaps to implementing an extreme fast charging network in the United States. This report highlights technical gaps at the battery, vehicle, and infrastructure levels. The full report can be found on the VTO reports and publication page.
In 2017, VTO developed and verified innovative lithium ion technology with the potential to reduce battery pack cost to $219/kWh of usable energy, an approximately 80% reduction since 2008. This funding opportunity aims to continue building on this progress to decrease the time needed to charge an electric vehicle and drive down battery costs to save consumers and businesses money.
For NPWZ,Bloom, who manages the Battery Post-Test Facility and Electrochemical Analysis and Diagnostics Laboratory (EADL), is a key player.
To be successful, Bloom and colleagues use a methodical approach in which they first identify and characterize the nature of the fast charge problem. This requires the expertise of EADL researchers who perform electrochemical transport properties tests on materials carefully chosen for their potential. After evaluating and understanding their transport properties, researchers model the material in prototype cells and examine the effects of fast charging.
https://www.anl.gov/articles/closing-gap-argonne-partners-putting-charge-ev-battery-technology
Widespread demand for electric vehicles could hinge on batteries that can be charged in minutes instead of hours, and researchers at the Department of Energy’s (DOE) Argonne National Laboratory are on the road to making that happen.
“Our goal is to give drivers an experience they’re familiar with, and that is being able to pull into a station, charge their battery and be on their way in about 10 minutes,” said Argonne chemist and battery expert Ira Bloom, who sees this happening in the near future. DOE’s Vehicle Technologies Office is demonstrating its commitment to this effort through a $15 million funding opportunity announced Oct. 24.
DOE References from these reports all seem to be from April 2017 or much earlier....before the Neah battery samples arrive so it is quite interesting
Quote:
www.usagnet.com/state_headlines/state_story.php?tble=IL2017&ID=1245
From the Article:
Our goal is to give drivers an experience they're familiar with, and that is being able to pull into a station, charge their battery and be on their way in about 10 minutes," said Argonne chemist and battery expert Ira Bloom, who sees this happening in the near future. DOE's Vehicle Technologies Office is demonstrating its commitment to this effort through a $15 million funding opportunity announced Oct. 24.
If and I mean If, NEAH gets some of that funding then we will know its their battery that sparked the "in the near future" comment.
Quote:
The three laboratories' findings are featured in the current edition of the Journal of Power Sources.
Summarizes the NREL team's findings on how battery, vehicle, infrastructure, and economic factors impact XFC feasibility
https://www.journals.elsevier.com/journal-of-power-sources/news/journal-of-power-sources-special-section-summarizes-nrel-fin
http://www.sciencedirect.com/science/article/pii/S0378775317308388?via%3Dihub
Speeding up battery charging is crucial to improving the convenience of owning and driving an electric vehicle (EV). The Energy Department's National Renewable Energy Laboratory (NREL) is collaborating with Argonne National Laboratory (ANL), Idaho National Laboratory (INL), and industry stakeholders to identify the technical, infrastructure, and economic requirements for establishing a national extreme fast charging (XFC) network.
A series of articles in the November 2017 issue of the Journal of Power Sources summarizes the NREL team's findings on how battery, vehicle, infrastructure, and economic factors impact XFC feasibility.
Quote:
There was this email... DOE is not updating project as it has the other projects... Ira Bloom uses powerpoint for reports so that they can not be searched.... Something not quite right. Where is the update?
Neah Power in ....Vehicle Technologies Office Merit Review 2017
https://energy.gov/eere/vehicles/downloads/vehicle-technologies-office-merit-review-2017-post-test-analysis-lithium-ion
https://energy.gov/sites/prod/files/2016/06/f32/es166_bloom_2016_o_web.pdf
https://www.ornl.gov/staff-profile/julia-s-kelley
Julia,
I contacted the PI (Ira Bloom) and here is his update on this project:
Greg: It took a while to get the CRADA paperwork in place. The CRADA was fully executed on 4/18/2017. We received the initial samples for characterization from NEAH Power. The samples were shipped to us on 5/26/2017 and were received in June. The baseline material was characterized in terms of microstructure; these results were shared with NEAH by e-mail and discussed with them on a phone call on 7/10/2017. We continue to characterize their materials and should have more results to share with them by the end of the week. --Ira
So, it looks like things are now on track and the project is underway.
Neah Power in ....Vehicle Technologies Office Merit Review 2017
https://energy.gov/eere/vehicles/downloads/vehicle-technologies-office-merit-review-2017-post-test-analysis-lithium-ion
Home » Vehicle Technologies Office Merit Review 2017: Post-Test Analysis of Lithium-Ion Battery Materials
Presentation given by Department of Energy (DOE) at the 2017 DOE Vehicle Technologies Office and Hydrogen and Fuel Cells Program Annual Merit Review and Peer Evaluation Meeting about Electrochemical Storage.
PDF icon es166_bloom_2017_p.pdf
https://energy.gov/sites/prod/files/2016/06/f32/es166_bloom_2016_o_web.pdf
Neah has been added as collaborator with a much bigger budget..
Ira Bloom is listed on websites very little current information from Argonne mostly 2016 news....
https://www.anl.gov/energy/batteries-and-energy-storage
https://www.nrel.gov/docs/fy17osti/68339.pdf
https://www.anl.gov/cse/group/post-test-facility
https://www.anl.gov/cse/group/cell-analysis-modeling-and-prototyping-camp-facility
https://www.researchgate.net/profile/I_Bloom
https://www.anl.gov/cse/project/electrochemical-analysis-and-diagnostics
Quote:
There was this email... DOE is not updating project as it has the other projects... Ira Bloom uses powerpoint for reports so that they can not be searched.... Something not quite right. Where is the update?
Neah Power in ....Vehicle Technologies Office Merit Review 2017
https://energy.gov/eere/vehicles/downloads/vehicle-technologies-office-merit-review-2017-post-test-analysis-lithium-ion
https://energy.gov/sites/prod/files/2016/06/f32/es166_bloom_2016_o_web.pdf
https://www.ornl.gov/staff-profile/julia-s-kelley
Julia,
I contacted the PI (Ira Bloom) and here is his update on this project:
Greg: It took a while to get the CRADA paperwork in place. The CRADA was fully executed on 4/18/2017. We received the initial samples for characterization from NEAH Power. The samples were shipped to us on 5/26/2017 and were received in June. The baseline material was characterized in terms of microstructure; these results were shared with NEAH by e-mail and discussed with them on a phone call on 7/10/2017. We continue to characterize their materials and should have more results to share with them by the end of the week. --Ira
So, it looks like things are now on track and the project is underway.
Neah Power in ....Vehicle Technologies Office Merit Review 2017
https://energy.gov/eere/vehicles/downloads/vehicle-technologies-office-merit-review-2017-post-test-analysis-lithium-ion
Home » Vehicle Technologies Office Merit Review 2017: Post-Test Analysis of Lithium-Ion Battery Materials
Presentation given by Department of Energy (DOE) at the 2017 DOE Vehicle Technologies Office and Hydrogen and Fuel Cells Program Annual Merit Review and Peer Evaluation Meeting about Electrochemical Storage.
PDF icon es166_bloom_2017_p.pdf
https://energy.gov/sites/prod/files/2016/06/f32/es166_bloom_2016_o_web.pdf
Neah has been added as collaborator with a much bigger budget..
Ira Bloom is listed on websites very little current information from Argonne mostly 2016 news....
https://www.anl.gov/energy/batteries-and-energy-storage
https://www.nrel.gov/docs/fy17osti/68339.pdf
https://www.anl.gov/cse/group/post-test-facility
https://www.anl.gov/cse/group/cell-analysis-modeling-and-prototyping-camp-facility
https://www.researchgate.net/profile/I_Bloom
https://www.anl.gov/cse/project/electrochemical-analysis-and-diagnostics
NPWZ ????
Company Description
Neah Power Systems, Inc. is a supplier of breakthrough energy solutions. It is also a cutting-edge power solutions for the military, transportation and portable electronics industries. The company was founded by Leroy Ohlsen and Michael Fabian in 1999 and is headquartered in Bothell, WA.
http://money.cnn.com/quote/forecast/forecast.html?symb=NPWZ
The 1 analysts offering 12-month price forecasts for Neah Power Systems Inc have a median target of 0.05, with a high estimate of 0.05 and a low estimate of 0.05. The median estimate represents a +5,455.56% increase from the last price of 0.00.
Most of the other information on the site is likely incorrect as well...
From: Baize, Zack <Zack.Baize@ee.doe.gov>
Date: Mon, Nov 6, 2017 at 1:02 PM
Subject: Re: Neah Power Systems - SBV - XXXXXXXXX
To: XXXXX "Rainwater, Jason (CONTR)" <Jason.Rainwater@ee.doe.gov>
Cc: "Kelley, Julia (ORNL)" <kelleyjs@ornl.gov>
Mr. XXXXXXXX,
Regarding your request for project information please contact the Oak Ridge Freedom of Information Act Office.
The point of contact who can help you is Ms. Linda Chapman
linda.chapman@science .doe.gov
-Zack Baize
Jason Rainwater
Program Analyst - Team Leader
Redhorse Corp. | U.S. Department of Energy
Office of Energy Efficiency and Renewable Energy
1000 Independence Avenue, SW
Washington, DC 20585
Office: 202-586-9197
Cell: 240-246-5740
Jason.Rainwater@ee.doe.gov
https://energy.gov/sites/prod/files/2017/11/f39/03%20-%20Electrochemical%20Energy%20Storage.pdf
Presentation Number: es166
Presentation Title: Post-Test Analysis
of Lithium-Ion Battery Materials
Principal Investigator: Ira Bloom
(Argonne National Laboratory)
Presenter
Ira Bloom, Argonne National
Laboratory
Reviewer Sample Size
A total of six reviewers evaluated this
project.
Approach to performing
the work—the degree to which
technical barriers are addressed, the
project is well-designed, feasible, and
integrated with other efforts.
The reviewer stated that the concerns,
issues, and the goals were clearly
defined. The method to evaluate the
final product was also clearly identified.
The reviewer said that the approach is
good and is following standard
methodology (test, dismantle, observe,
and perform diagnostics).
The reviewer noted that the
investigative approach was determined
during development of the project.
Overall, experimental means used appear logical and have yielded the ability to conclude the behavior of a LIB
package as it is subjected to intentional abuse.
The reviewer commented that this is an effort to develop an understanding of how cells react to abuse using
two different cathodes and two different binders. Another question was how processing affects abuse
tolerance. The approach has been carefully laid out.
The reviewer pronounced the approach of the post-test analysis to be good, and it addresses important issues
related to abuse events. However, the reviewer believed the materials used should be more aggressive,
especially the selection of a carboxymethyl cellulose (CMC)-graphite anode. This material is not advanced,
and the approach is most likely repeating substantial work that has been covered by various other
organizations. Emphasis on higher energy anodes and cathode pairs is advisable as well as alignment with new
materials from CAMP or the Advanced Manufacturing Facility.
Figure 3-12 - Presentation Number: es166 Presentation Title: Post-Test
Analysis of Lithium-Ion Battery Materials Principal Investigator: Ira Bloom
(Argonne National Laboratory)
3-68 Electrochemical Energy Storage
The reviewer commented that only one type of abuse tests (i.e., overcharge) was performed. The work can be
improved by leveraging Sandia National Laboratories (SNL) facilities and performing more types of abuse
tests (e.g., thermal and mechanical abuse tests).
Technical accomplishments and progress toward overall project and DOE goals—the degree
to which progress has been made, measured against performance indicators and demonstrated
progress towards DOE goals.
The reviewer said that the PIs made good progress on comparing physical and chemical response of batteries
with different types of binders under battery abuse conditions.
The reviewer stated that good progress had been achieved by the ANL, ORNL, and SNL team this past year.
ORNL made cells using two different binders and processes, SNL performed abuse testing, and ANL
conducted post-mortem analysis.
The reviewer stated that excellent progress was made toward program goals as they were outlined. The cell
manufacturing, testing effort, and analysis work proceeded almost as scheduled.
The team designed work and performed experimental efforts to meet established objectives for the fiscal year.
However, some delays in outcome are reported. It remains for the team to establish a plan to address these
delays.
The reviewer observed that this project is in the very early stages so there are only a modest number of results.
A number of diagnostics has been carried out on the two binders, and differences are observed, but it is too
early to develop insights, in the opinion of the reviewer. A good question has been raised—what causes grain
boundary corrosion—for future analysis. Transition metals were seen at the anode, which can be a useful
diagnostic of abuse along with details of the morphology. Plating can be observed, but quantitative trends are
hard to make out. One interesting result this reviewer noted is that binder failure seems to be important.
[
From 0 funding in June Report to 15 million announced October 23
From the Key Player in the Neah Power SBV grant... Battery Post-Test Facility and Electrochemical Analysis and Diagnostics Laboratory PI
PRESENTED BY IRA BLOOM - PI
Argonne National Laboratory
2017 DOE VTO Annual Merit Review
Washington, DC
June 5-9, 2017
https://energy.gov/sites/prod/files/2017/06/f35/es305_bloom_2017_o.pdf
OVERVIEW
Timeline
? Project start date: October 2016
? Project end date: December 2016
? Percent complete: 100
Budget
? Total project funding: $300K (DOE)
? Funding received in 2016: $300K
? Funding for 2017: 0
Thermal Implications for Extreme
Fast Charge
Matthew Keyser
National Renewable Energy Laboratory
June 6, 2017
Vehicle Technologies Office (VTO) Annual Merit Review and Peer
Evaluation, Washington, D.C.
Project ID # ES306
Thermal Implications for Extreme Fast Charge
https://www.nrel.gov/docs/fy17osti/68339.pdf
0.0009 0.0001 5.88% 790,600 3.2M
Bid | Size 0.0009 | 470,000
Ask | Size 0.001 | 4,911,300
Still listed on the S4W drone sell sheet......
http://www.s4worldwide.com/sentry-drone-surveillance
• Integrated Neah Power battery for extended, multiple Hour flight times
co-develop and market product incorporating NEAH POWER’s
http://www.s4worldwide.com/partners
Paul Sault, CEO of S4W complemented, “S4W welcomes the opportunity to co-develop and market product incorporating NEAH POWER’s advanced technologies. Our engineering staff and consultants immediately recognized the transformative nature of NEAH POWER’s Formira HOD™ and PowerChip® solutions, specifically, when incorporated in a highly disruptive product like our Smart Body Cam where continuous power is necessary for delivery of the ever-important personnel and public safety benefits they provide
https://d3ciwvs59ifrt8.cloudfront.net/95884f71-c2f4-41f8-856f-1f5b050ed46d/bd93b6b1-1907-48dd-af26-b0e2dec24eab.pdf
The ACCU.C 4G
body camera has been co-developed in partnership by S4W and VOXX Advanced Solutions
Corporation (VASC), a wholly-owned subsidiary of VOXX International Corporation
(NASDAQ: VOXX), a worldwide leader in many automotive and consumer electronics
NPWZ a Collaboratory with Labs (See below) ? part of new 15 million research project.
Today, the Energy Department announced up to $15 million for research projects on batteries and vehicle electrification technologies to enable extreme fast charging. The Department's Vehicle Technologies Office (VTO) funds early-stage, high-risk research to generate knowledge upon which industry can develop and deploy innovative transportation energy technologies that improve efficiency, lower costs, and increase use of secure, domestic energy sources.
https://www.energy.gov/sites/prod/files/201
10/f38/XFC%20Technology%20Gap%20Assessment%20Report_FINAL_10202017.pdf
Most all references in reports are prior to when NPWZ batteries with known to be shipped to the lab...
Bloom, who manages the Battery Post-Test Facility and Electrochemical Analysis and Diagnostics Laboratory (EADL), is a key player.
To be successful, Bloom and colleagues use a methodical approach in which they first identify and characterize the nature of the fast charge problem. This requires the expertise of EADL researchers who perform electrochemical transport properties tests on materials carefully chosen for their potential. After evaluating and understanding their transport properties, researchers model the material in prototype cells and examine the effects of fast charging.
https://www.anl.gov/articles/closing-gap-argonne-partners-putting-charge-ev-battery-technology
Widespread demand for electric vehicles could hinge on batteries that can be charged in minutes instead of hours, and researchers at the Department of Energy’s (DOE) Argonne National Laboratory are on the road to making that happen.
“Our goal is to give drivers an experience they’re familiar with, and that is being able to pull into a station, charge their battery and be on their way in about 10 minutes,” said Argonne chemist and battery expert Ira Bloom, who sees this happening in the near future. DOE’s Vehicle Technologies Office is demonstrating its commitment to this effort through a $15 million funding opportunity announced Oct. 24.
References from these reports all seem to be from April 2017 or much earlier....before the Neah battery samples arrive so it is quite interesting
Neah Power in ....Vehicle Technologies Office Merit Review 2017
https://energy.gov/eere/vehicles/downloads/vehicle-technologies-office-merit-review-2017-post-test-analysis-lithium-ion
Home » Vehicle Technologies Office Merit Review 2017: Post-Test Analysis of Lithium-Ion Battery Materials
Presentation given by Department of Energy (DOE) at the 2017 DOE Vehicle Technologies Office and Hydrogen and Fuel Cells Program Annual Merit Review and Peer Evaluation Meeting about Electrochemical Storage.
PDF icon es166_bloom_2017_p.pdf
https://energy.gov/sites/prod/files/2016/06/f32/es166_bloom_2016_o_web.pdf
Neah has been added as collaborator with a much bigger budget..
Paul Sidlo NEAH Power Systems Co CEO wonder if this double as the XNGRI office....There is a IT guy and a lawyer....and Paul...
https://spectrumit-me.com/abu-dhabi-it-company/paul-sidlo/
Spectrum IT Abu Dhabi About Us
Paul Sidlo - Spectrum IT Abu Dhabi
Paul Sidlo
abu dhabi iot spectrum
paul Entrepreneur, Inventor, CEO, Founder, Director, Executive Creative Director: REZN8, Tillster, LITRICITY, NEAH Power Systems
9-Time Emmy Award Winning Producer/Director of Computer Animation for Film & Television
Innovator & Entrepreneur with 14 US Patents
Paul Sidlo is widely recognized as a pioneer in the field of user interface, 3D computer animation and has won over two hundred awards for his work, including nine Emmys. As an innovator, fundraiser and entrepreneur, Sidlo has fourteen US patents and is the founder of several internationally recognized firms, including REZN8, Tillster.com, and NEAH Power. These companies use emerging technologies for productivity solutions across a wide range of industries from transactional retail management and services to the development of solar energy systems. Sidlo has been a consultant and strategist for corporations such as Citibank, Intel, and Microsoft Corporation and has been a regular keynote speaker for numerous international conferences on technology and design.
The leading vendors, DOE and DOD connections
https://www.technavio.com/report/global-defense-fuel-cells-market
Competitive landscape and key vendors
Characterized by the presence of a limited number of vendors, the market appears to be concentrated. The vendors require contracts to perform business activities with the defense sector. The introduction of stringent regulations towards the usage of liquid hydrogen which is a highly flammable substance, will have a negative impact on the growth of the vendors in the defense fuel cells market.
The leading vendors in the market are -
Protonex
Ultracell
Neah Power Systems
General Motors
SFC Energy
The other prominent vendors in the market are WATT Fuel Cell Corporation, Ballard Power Systems, Bloom Energy, Altergy, Delphi Automotive, and Direct Methanol Fuel Cell Corporation.
BOTHELL, Wash., July 29, 2009 (GLOBE NEWSWIRE) -- NEAH Power Systems, Inc., (OTCBB:NPWZ) www.neahpower.com, the Company developing fuel cells for the military and portable electronic devices, announced today that Lieutenant General Carol Mutter and her husband Colonel Jim Mutter have been re-appointed to the Company's Strategic Advisory Board.
"We are delighted to welcome General and Colonel Mutter to yet another year of service on our strategic advisory board," said Chris D'Couto, NEAH CEO. "Their significant accomplishments and deep understanding of the military will continue to contribute in a very meaningful way to developing lasting and fruitful relationships with various branches of the Armed Forces. We look forward to continuing this important work with them, as an integral feature of NEAH's long term growth strategy," Dr. D'Couto added.
Lieutenant General Carol Mutter's (http://en.wikipedia.org/wiki/Carol_Mutter) distinguished career with the U.S. Marine Corps spanned 31-years. General Mutter has 13 years of experience in military research, development and acquisition, as well as significant experience in financial management, logistics, personnel administration, and equal opportunity work. General Mutter serves or has served on the American Battle Monuments Commission, the National Advisory Council of The Alliance for National Defense, on the Advisory Board of the Indiana Council on World Affairs, on the Indiana State (legislative) Commission on Military and Veterans Affairs, and as Senior Fellow at the Joint Forces Staff College in Norfolk, VA.
General Mutter has considerable private sector experience as well, having served as consultant for IBM (NYSE:IBM), Raytheon Co. (NYSE:RTN), and Revision Eyewear. She earned two masters degrees, from Salve Regina University and from the Naval War College, and has been awarded two honorary doctorate degrees as well.
Colonel James Mutter has a similarly distinguished military career with the U.S. Marine Corps, spanning 36-years and including five years in USMC research, development, and test and evaluation positions. He also served in U.S. Space Command, Supreme Allied Command, Atlantic, and Headquarters, USMC, plus many years in operational billets. Colonel Mutter accumulated over 20 years in Command, Control and Communications posts to include senior level HQMC Chief for prototype C3 equipment operational test design, field testing, equipment evaluation and providing procurement recommendations or improvements.
0.0009 0.0002 21.43 625,000 3.3M
Bid | Size 0.0008 | 6,000,000
Ask | Size 0.0009 | 20,000
0.0008 0.0001 14.29 1,625,000
Bid | Size 0.0008 | 5,000,000
Ask | Size 0.0009 | 20,000
EU announces launch of battery alliance to boost cells for electric cars
Sean Szymkowski
https://www.greencarreports.com/news/1113394_eu-announces-launch-of-battery-alliance-to-boost-cells-for-electric-cars
21 CommentsOct 23, 2017
European Union battery alliance announcementEuropean Union battery alliance announcement
As it stands today, Asia dominates the production of electric-car battery cells globally, with Japanese and Korean companies representing the bulk of the industry outside of booming Chinese makers.
Europe, however, lacks a single major player in the fabrication and assembly of lithium-ion battery cells for cars that plug in.
Now European leaders aim to change that, through an alliance that would build battery cells for future vehicle and technology applications.
DON'T MISS: Tesla starts cell production at Gigafactory, shows it off to investors
Battery cells are essentially the building block for electric cars, and Maroš Šefcovic, EU Commission vice president in charge of the Energy Union, said Europe must act quickly to ensure its competitiveness.
"The lack of a domestic, European cell manufacturing base jeopardizes the position of EU industrial customers," he said, according to Euractiv, "because of the security of the supply chain, increased costs due to transportation, time delays, weaker quality control or limitations on the design."
Europe's future battery cell business is especially important as many European nations make plans to phase out the internal-combustion engine over the next two decades.
Tesla battery gigafactory site, Reno, Nevada, Feb 25, 2015 [photo: CC BY-NC-SA 4.0 Bob Tregilus]Tesla battery gigafactory site, Reno, Nevada, Feb 25, 2015 [photo: CC BY-NC-SA 4.0 Bob Tregilus]
France, Norway, Holland, and the United Kingdom have all named target dates to ban the sale of new vehicles powered by fossil fuels.
Executives from both the automotive and chemical industries, along with engineers, joined the summit held 10 days ago, at which Šefcovic declared the work starts "immediately."
Following the gathering, the vice president of the Energy Union announced a number of working groups on issues ranging from the supply chain, investment financing, trade issues, and R&D.
READ THIS: China to build many gigafactories' worth of electric-car battery plants
Once the working groups meet and discuss the various topics, they will issue a roadmap for Europe's battery cell industry.
The battery alliance could adopt a strategic plan as early as February 2018.
Tesla Gigafactory battery plant in NevadaTesla Gigafactory battery plant in Nevada
Not only will the alliance be a critical part of Europe's future economic situation, but it will ensure European companies—and more importantly, automakers—have enough battery cells and raw materials.
Analysts expect the market for electric cars to boom in the coming decades, and Volkswagen specifically previously said it needs 40 gigafactories worth of batteries for its electric car plans.
CHECK OUT: VW says it needs '40 gigafactories' for electric-car batteries by 2025
That's more than 200 gigawatt-hours worth of battery cells, and VW won't be the only automaker competing for the supplies.
The global market for batteries could reach $300 million by 2025, and the EU expressed support for its domestic battery industry with a potential $2.6 million investment.
0.0007 -0.0001 -12.50% 10,964,974
Now that's odd there was a bid of 6,000,000 at 3:00 or so that was not good enough? how does that work...
Bid | Size 0.0008 | 6,000,000
Ask | Size 0.0009 | 720,000
0.0007 -0.0001 -12.50% 2,109,500
Bid | Size 0.0007 | 8,027,600
Ask | Size 0.0009 | 795,000
0.0008 0.00 0.00% -- 1,794,500
Bid | Size 0.0007 | 7,932,600
Ask | Size 0.0008 | 314,900
From earlier...
0.0009 0.0001 12.50% 1,109,500 2.3M 10 day average
Bid | Size 0.0008 | 20,000
Ask | Size 0.0009 | 395,000
Some fairly large share purchases...of late...
Paul Sidlo NEAH Power Systems Co CEO wonder if this double as the XNGRI office....There is a IT guy and a lawyer....and Paul...
https://spectrumit-me.com/abu-dhabi-it-company/paul-sidlo/
Spectrum IT Abu Dhabi About Us
Paul Sidlo - Spectrum IT Abu Dhabi
Paul Sidlo
abu dhabi iot spectrum
paul Entrepreneur, Inventor, CEO, Founder, Director, Executive Creative Director: REZN8, Tillster, LITRICITY, NEAH Power Systems
9-Time Emmy Award Winning Producer/Director of Computer Animation for Film & Television
Innovator & Entrepreneur with 14 US Patents
Paul Sidlo is widely recognized as a pioneer in the field of user interface, 3D computer animation and has won over two hundred awards for his work, including nine Emmys. As an innovator, fundraiser and entrepreneur, Sidlo has fourteen US patents and is the founder of several internationally recognized firms, including REZN8, Tillster.com, and NEAH Power. These companies use emerging technologies for productivity solutions across a wide range of industries from transactional retail management and services to the development of solar energy systems. Sidlo has been a consultant and strategist for corporations such as Citibank, Intel, and Microsoft Corporation and has been a regular keynote speaker for numerous international conferences on technology and design.
0.0009 0.0001 12.50% 1,109,500 2.3M 10 day average
Bid | Size 0.0008 | 20,000
Ask | Size 0.0009 | 395,000
Some fairly large share purchases...of late...
Maybe Neah Power is the game.....
Robert (Bob) Kruse
Chief Technology Officer at Karma Automotive LLC
Karma Automotive LLC Massachusetts Institute of Technology
https://www.linkedin.com/in/robert-bob-kruse-459a73101/
Chief Technology Officer
Company NameKarma Automotive LLC
Dates EmployedJan 2017 – Present Employment Duration11 mos
Location Costa Mesa, California
Responsible for Product Engineering, all models, current and future. Including technology development and applications.
Strategic Advisor Board Member
Company Name Neah Power Systems
Dates Employed Oct 2015 – Oct 2016 Employment Duration1 yr 1 mo
LocationBothell, Washington
Provide guidance on commercialization, capitalization, international business and focus on energy storage and batteries, off-grid and renewable energy experience will be invaluable to the growth of the Company. Adivsor to CEO and senior company leaders
http://www.businessinsider.com/henrik-fisker-revolutionary-battery-tech-not-ready-2017-7
"We have also been working on and testing other potential battery solutions because we wanted to make sure we had a fully certified battery for our launch in 2019," Fisker said.
When ask a the status of the 12 month SBV grant,( when did it start, when is it finished, how do we get a report or status update) to Neah Power this is who the issue was bumped up to... how could the active status been in error.
and how is it they were made a collaborator?
Not difficult question to answer?
Zack Baize seem about as high up as you can go...
From: Baize, Zack <Zack.Baize@ee.doe.gov>
Date: Mon, Nov 6, 2017 at 1:02 PM
Subject: Re: Neah Power Systems -
To: XXXXX, "Rainwater, Jason (CONTR)" <Jason.Rainwater@ee.doe.gov>
Cc: "Kelley, Julia (ORNL)" <kelleyjs@ornl.gov>
Regarding your request for project information please contact the Oak Ridge Freedom of Information Act Office.
The point of contact who can help you is Ms. Linda Chapman
linda.chapman@science .doe.gov
-Zack Baize
Deputy Director, EERE Technology-to-Market (US Department of Energy)
Company NameU.S. Department of Energy
Dates EmployedMay 2016 – Present Employment Duration1 yr 7 mos
LocationWashington D.C. Metro Area
As Deputy Director of the EERE Technology-to-Market program I support the Assistant Secretary and Director to...
> Develop and manage programs supporting US clean energy small businesses to work on R&D projects with DOE National Laboratories.
> Consult on and coordinate technology transfer activities for multiple EERE technology offices.
> Develop and train EERE staff on new policies and procedures for evaluating the impact of
EERE investments, technology transfer policies, and national lab R&D impact in energy and performance goals.
> Analyze and assess the policy compliance of office-wide guidance and
investment evaluation criteria.
On the fuel cell ten years yes on the battery not that long....around 2015 is the first mention of the battery...the patent was filed for as stated below...
Neah Power Systems Files Patent for Powerchip Battery
Feb 09, 2016, 07:30 ET from Neah Power Systems, Inc.
Pursuing grant funding for commercialization of battery technology
Neah Power Systems, Inc. (OTCBB: NPWZ, NEAH POWER) an emerging leader in fuel cell-based power solutions and rechargeable lithium battery storage solutions for defense, commercial, and consumer applications, proudly announced that the Company has filed a patent to cover the unique elements of the battery technology. The battery to date has demonstrated industry leading performance, making it suitable for a range of applications from consumer products to grid scale storage. This battery patent, along with the rest of the Company Patent portfolio, is critical to the overall success of the Company, and in particular to the recently signed memorandum of understanding (MOU) with a large South Africa based entity.
Separately, the Company noted that it was submitting for U.S. Department of Energy funding with an internationally reputed national laboratory in the USA. The national laboratory, after extensive review of the technology under non-disclosure agreement with the Company, has agreed to pursue DOE funding with the Company. The grant submissions are due in mid-February 2016.
Daimler (who battery is better than Telsa? neah powers? terawatt factory required...who else has one....) joins rush to add more North American auto plants
http://wifc.com/news/articles/2017/sep/21/daimler-joins-rush-to-add-more-north-american-auto-plants-report/
Thursday, September 21, 2017 8:05 a.m. CDT
By Joseph White
DETROIT (Reuters) - U.S. automakers are facing mounting pressure amid slowing demand in the country, as automakers from Asia and Europe aggressively ramp up vehicle production in North America, including a new investment by Daimler AG.
In the latest move, German automaker Daimler said on Thursday it will spend $1 billion to expand its Mercedes Benz operations near Tuscaloosa, Alabama, to produce batteries and electric sport utility vehicles that would compete with Silicon Valley electric car maker Tesla Inc's models.
More than 600 new jobs will be created in Daimler's plan, which includes building a facility in 2018 near the Tuscaloosa plant to produce batteries for zero-emission vehicles, the carmaker said. It also plans to build a new global logistics center and new after-sales North American hub.
The first step may have well been the MOU that was rumored? that would be the first step...
It does give the rumor a base reference point that the are going green with a big statement if not a commitment.
Someone shorted Neah Power...which some say never happens LOL.
covered quickly or not the game afoot...
http://www.otcmarkets.com/stock/NPWZ/short-sales
NPWZ Neah Power Systems, Inc. Pink No Information Logo
Common Stock Dark or Defunct Pink No Information
Short Sales Date Short Interest % Change Avg. Daily Share Volume
Oct 31, 2017 1,734,638 766.12 11,067,584
From the site the some say is not correct.....
http://otcshortreport.com/company/NPWZ
Historical Short Volume Data for
Date Close High Low Volume Short Volume % of Vol Shorted
Nov 02 NA NA NA 1,250,000 750,000 60.00
Nov 01 NA NA NA 1,483,200 1,005,000 67.76
Oct 31 NA NA NA 3,441,666 1,567,166 45.54
Oct 30 NA NA NA 4,317,529 2,939,187 68.08
Oct 27 NA NA NA 1,136,193 497,755 43.81
Oct 26 NA NA NA 6,260,110 5,586,110 89.23
Oct 25 NA NA NA 30,041,307 18,182,850 60.53
Oct 24 NA NA NA 2,473,233 750,300 30.34
Oct 23 NA NA NA 2,312,804 1,941,549 83.95
Oct 20 NA NA NA 8,906,624 3,502,360 39.32
Oct 19 NA NA NA 1,825,730 883,883 48.41
Oct 18 NA NA NA 2,701,345 700,000 25.91
Oct 16 NA NA NA 1,982,180 692,430 34.93
This would have been the right timeframe? Ikea and batteries?
By 2030 IKEA plans to make its entire transportation and infrastructure all electric, installing chargers at every store
IKEA is known for its efforts to be one of the leading companies in terms of corporate sustainability. As stated on its website, the home furnishing giant wants to “encourage [its] customers to travel via sustainable modes of transport.” It has also proven its ability to turn that sentiment into action, having already installed EV charging points across all UK stores.
https://www.electrans.co.uk/ikea-plans-go-electric-next-decade/
Chairman of the Audit Committee and Board member
Neah Power
May 2008 – Present (9 years 7 months)Greater Seattle Area
* Board of Director and Chairman of the Audit Committee
* Chairman of the adhoc Finance Committee
* Negotiated financing and advisory agreements
* Performed dispute resolution negotiations
* Negotiated settlement agreements
* Regurlaly advise the CEO on finance and business matters
* Regurlarly interface with major investors
https://www.linkedin.com/in/jongarfield/
Jon Garfield Regularly interface with major investors?
Whats with all the board members
https://www.linkedin.com/in/jongarfield/
Jon Garfield
CFO | 2 Successful Exits | IPO | 50 Acquistions | PE Advisor | Board Member | Audit Committe Chairman
Chairman of the Audit Committee and Board member
Company Name Neah Power
Dates EmployedMay 2008 – Present Employment Duration9 yrs 7 mos
Location Greater Seattle Area
* Board of Director and Chairman of the Audit Committee
* Chairman of the adhoc Finance Committee
* Negotiated financing and advisory agreements
* Performed dispute resolution negotiations
* Negotiated settlement agreements
* Regurlaly advise the CEO on finance and business matters
* Regurlarly interface with major investors
Paul Sidlo NEAH Power Systems Co CEO
https://spectrumit-me.com/abu-dhabi-it-company/paul-sidlo/
Spectrum IT Abu Dhabi About Us
Paul Sidlo - Spectrum IT Abu Dhabi
Paul Sidlo
Paul Sildo has an office in Abu Dabhai with a lawyer and IT guy
Most likely Bill Richerson and Chenghung Chen of XNGRI as well.....
Home of XNGRI?
XNGI and NEAH Power used interchangeably by
Chenghung Chen
Advisor in Abu Dhabi quite a team a Blackcube....
http://www.bcubesol.com/team/
Chenghung is the Founder & CEO of Corniche Capital Holdings, an investment firm with 50+ portfolios and IRR of 50% since inception of 2010. He was a Principal at Abu Dhabi Investment Council, one of the largest SWFs, where he had a catch-all mandate to invest and manage global direct/fund investments in all sectors and asset classes across the capital structure – he was the lead for over 20 investments.
Paul Sidlo NEAH Power Systems Co CEO
https://spectrumit-me.com/abu-dhabi-it-company/paul-sidlo/
Spectrum IT Abu Dhabi About Us
Paul Sidlo - Spectrum IT Abu Dhabi
Paul Sidlo
abu dhabi iot spectrum
paul Entrepreneur, Inventor, CEO, Founder, Director, Executive Creative Director: REZN8, Tillster, LITRICITY, NEAH Power Systems
9-Time Emmy Award Winning Producer/Director of Computer Animation for Film & Television
Innovator & Entrepreneur with 14 US Patents
Paul Sidlo is widely recognized as a pioneer in the field of user interface, 3D computer animation and has won over two hundred awards for his work, including nine Emmys. As an innovator, fundraiser and entrepreneur, Sidlo has fourteen US patents and is the founder of several internationally recognized firms, including REZN8, Tillster.com, and NEAH Power. These companies use emerging technologies for productivity solutions across a wide range of industries from transactional retail management and services to the development of solar energy systems. Sidlo has been a consultant and strategist for corporations such as Citibank, Intel, and Microsoft Corporation and has been a regular keynote speaker for numerous international conferences on technology and design.
XNGI and NEAH Power used interchangeably by
Chenghung Chen
Advisor in Abu Dhabi quite a team a Blackcube....
http://www.bcubesol.com/team/
Chenghung is the Founder & CEO of Corniche Capital Holdings, an investment firm with 50+ portfolios and IRR of 50% since inception of 2010. He was a Principal at Abu Dhabi Investment Council, one of the largest SWFs, where he had a catch-all mandate to invest and manage global direct/fund investments in all sectors and asset classes across the capital structure – he was the lead for over 20 investments.
He had previously held various positions with The Carlyle Group, HBK Investments, UBS, and FedEx as well as board/board observer positions in companies such as NGM Biopharmaceuticals, Village Roadshow Entertainment Group, zSpace, ConforMIS, Allied Gold Corp., Allied Resources Limited, and Kito Corporation.
He is currently an advisor to Intarcia, Lucidity Lights, seven dreamers laboratories, Knot Standard, Trusted Insight, Paack, Black Cube Solutions, DEWIonline, and Chenghung is the Founder & CEO of Corniche Capital Holdings, an investment firm with 50+ portfolios and IRR of 50% since inception of 2010. He was a Principal at Abu Dhabi Investment Council, one of the largest SWFs, where he had a catch-all mandate to invest and manage global direct/fund investments in all sectors and asset classes across the capital structure – he was the lead for over 20 investments.
He had previously held various positions with The Carlyle Group, HBK Investments, UBS, and FedEx as well as board/board observer positions in companies such as NGM Biopharmaceuticals, Village Roadshow Entertainment Group, zSpace, ConforMIS, Allied Gold Corp., Allied Resources Limited, and Kito Corporation.
He is currently an advisor to Intarcia, Lucidity Lights, seven dreamers laboratories, Knot Standard, Trusted Insight, Paack, Black Cube Solutions, DEWIonline, and XNRGI.
Black Cube is a research based company focused on finding challenges in the education space, be it school, universities or corporate education and building solutions that can provide a pain reliever to the different target segments.
Black Cube has its base at Dubai Silicon Oasis, The Silicon Park (SP) project that articulates Dubai’s vision 2021 to transform the emirate into a smart city.
Black Cube Owns Chennovate a startup tech studio based out of Chennai, India. Black Cube has also invested in products such as Training Calendar, Boardroomin and Upskill+ that have come out of the research lab based in Dubai.
Once a product is built, we look at scaling up and collaborating with the global education giants such as ABC English, Alison, Ambassadors Group, Pearson and Cambridge.
As Black Cube, we are constantly looking out for Startups that solve real challenges in the education space
10 Battery Gigafactories Are Now in the Works
Gigafactory announcements have been trending in recent months, ( Neah Power leak video a Terra Watta Factory)
https://www.greentechmedia.com/articles/read/10-battery-gigafactories-are-now-in-progress-and-musk-may-add-4-more#gs.0ppMP2Q
with plans for at least 10 new plants revealed in the last six months. Half a dozen have been planned in the last month alone.
In Germany, for example, the Daimler subsidiary Accumotive laid the foundation for a $550 million plant designed to take annual lithium-ion battery production from its current level of 80,000 units up to around 320,000.
And Energy Absolute, of Thailand, reportedly has plans for a $2.9 billion factory in Asia, with an annual production capacity of 1 gigawatt-hour per year, scaling to 50 gigawatt-hours a year by 2020.
Meanwhile, a consortium including Boston Energy and Innovation (BEI), Charge CCCV, C&D Assembly, Primet Precision Materials and Magnis Resources confirmed it will build a 15-gigawatt-hour-a-year plant on IBM’s former Huron Campus manufacturing site in New York.
BEI, Charge CCCV, C&D Assembly and Magnis Resources are also working with Eastman Kodak Group to build a similarly sized plant near Townsville in Queensland, Australia. The backers have said the plant could create around 7,000 jobs.
More recently a company called Energy Renaissance has lifted the lid on plans for a factory in Darwin, in Australia’s Northern Territory, with a production capacity of a gigawatt-hour of batteries a year.
https://s1.q4cdn.com/337451660/files/doc_articles/2016/161214-Benchmark-approved-for-distribution-Lithium-ion-supply-chain.pdf
And their tentacles are spreading further.
Google’s self-driving cars are now being
trialled on our roads, Apple is widely tipped
to be about to enter the auto industry with
its Titan electric vehicle project, Facebook
is aggressively perusing both artificial
intelligence and virtual reality technologies,
Amazon is one of our biggest providers
of data storage, controlling vast swathes
of farms that collect and host all of our
information, and Tesla is now not only
developing mass scale electric vehicles but
battery systems that can power our homes.
We are in an industrial renaissance period
that has forced a convergence of disciplines
and resulted in rapid and significant
innovation.
The rate of change has been so rapid that
we have barely had time to reflect on it and
batteries and energy storage are critical
components of many major plans by these
companies.
Another Neah Board member with Connections.
https://www.sec.gov/Archives/edgar/data/791915/000079191517000024/a2017definitiveproxystatem.htm
Wilbert van den Hoek retired from Novellus Systems, Inc., a semiconductor equipment manufacturer, in 2008, where he was executive vice president and chief technology officer. He also served as president and chief executive officer of Novellus Development Company, LLC, a wholly-owned subsidiary of Novellus Systems, Inc. from 2005 until 2008. He joined Novellus Systems, Inc. in 1990 and served in various senior executive positions until his retirement in 2008. From 1980 to 1990, he held various positions at Philips Research Laboratories, a global organization that helps introduce meaningful innovation to improve people’s lives. From 2004 until 2006 when the company went public,
he served on the board of directors of Neah Power Systems, Inc., a developer of innovative, long-lasting, efficient and safe power solutions for military, transportation and portable electronics applications
XNRGI on linkedin and - Neah Power and In Abu Dabhi? with Paul Sildo?
https://www.linkedin.com/in/bill-richardson-20845214a/
Bill Richardson
Executive Vice President at XNRGI
XNRGI United Arab Emirates
https://www.linkedin.com/in/chenghung/
Chenghung is the Founder & CEO of Corniche Capital Holdings, an investment firm with over 50 portfolios. He was a Principal at Abu Dhabi Investment Council, one of the largest SWFs, where he had a catch-all mandate to invest and manage global direct/fund investments in all sectors and asset classes across the capital structure – he was the lead for over 20 investments. He had previously held various positions with The Carlyle Group, HBK Investments, UBS, and FedEx as well as board/board observer positions in companies such as NGM Biopharmaceuticals, Village Roadshow Entertainment Group, zSpace, ConforMIS, Allied Gold Corp., Allied Resources Limited, and Kito Corporation. He is currently an advisor to Intarcia Therapeutics, Lucidity Lights, seven dreamers laboratories, Knot Standard, Trusted Insight, Paack, Black Cube Solutions, DEWIonline, and XNRGI. Chenghung is also currently an active panel member at FundersClub and a mentor at TURN8, a startup accelerator program in Dubai. He received his B.S. in Operations Research from Columbia University, MBA from Harvard Business School, and MPA from Harvard Kennedy School.
https://angel.co/chenghung
ADVISOR
Trusted Insight, Neah Power Systems, Rishar, paack
CoPresident and CMO Neah Power interesting links...
Dates Employed Jun 2016 – Present Employment Duration1 yr 6 mos
Location US
Next Generation Technology to Transform how we Store, Generate and Manage Energy.
XNGRI and Sungri....And Spectrum
https://spectrumit-me.com/abu-dhabi-it-company/service-team/
Paul Sidlo
Entrepreneur, Inventor, Director, Executive Creative Director
9-Time Emmy Award Winning Producer/Director. Innovator & Entrepreneur with 14 US Patents
read more
Spectrum IT Abu Dhabi Internet Of Things
Internet Of Things (IoT) in Abu Dhabi
At Spectrum, we embrace a learning curve. Nothing is “impossible” for us. When a problem occurs, we think creatively to find a solution. We want to exceed the expectations of our customers, and help to streamline your systems so you can get to work faster, more efficiently and with the least downtime possible.
At Spectrum IT, we liaise with military suppliers and contractors on behalf of governmental entities.
0.0008 -0.0001 -11.11% 2,000
A table providing an overview of the stock
Bid | Size 0.0008 | 1,398,900
Ask | Size 0.0009 | 1,176,200
XNGRI and Sungri....
designed to be
manufactured on “slightly modified
computer assembly lines,” enabling further
savings through high-volume production