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Sikand SITI Center
United States
เข้าร่วมเมื่อ 8 พ.ค. 2019
The Sikand Center for Sustainable and Intelligent Infrastructure (Sikand SITI Center) was established as a gift from The Sikand Foundation to the university’s College of Engineering, Computer Science, and Technology.
Mission: We support the advancement of multidisciplinary research, education, and professional development with a focus on Urban Sustainability and its components.
Vision: The Sikand SITI-Center will be an incubator for successful sustainability solutions while facilitating the advancement of faculty, students, and affiliated members.
Research Areas:
-Artificial Intelligence Big Data Analytics
-Construction Management & Earthquake Resilience
-Electric, Hydrogen & Hybrid Vehicles
-Environmental & Geotechnics
-Smart Cities & Connected Vehicles
-Transportation Infrastructure
-Water Resources & Hydrology
For more information, visit www.calstatela.edu/academic/sikand.
Mission: We support the advancement of multidisciplinary research, education, and professional development with a focus on Urban Sustainability and its components.
Vision: The Sikand SITI-Center will be an incubator for successful sustainability solutions while facilitating the advancement of faculty, students, and affiliated members.
Research Areas:
-Artificial Intelligence Big Data Analytics
-Construction Management & Earthquake Resilience
-Electric, Hydrogen & Hybrid Vehicles
-Environmental & Geotechnics
-Smart Cities & Connected Vehicles
-Transportation Infrastructure
-Water Resources & Hydrology
For more information, visit www.calstatela.edu/academic/sikand.
Welcome Remarks and Keynote Speakers
-Welcome Remarks, Emily Allen, Cal State LA
-Keynote Speaker, Greg Spotts, City of Los Angeles
-Keynote Speaker, Denise DeLuca, International Society of Sustainability Professionals
-Keynote Speaker, MaryAnne Howland, American Sustainable Business Council and Global Diversity Leadership Exchange
-Keynote Speaker, Caroline Choi, Southern California Edison
-Keynote Speaker, David Peterson, U.S. Department of Energy
-Moderator, Marjorie Alexander, A Sustainable Mind Podcast, Green Building United
-Keynote Speaker, Greg Spotts, City of Los Angeles
-Keynote Speaker, Denise DeLuca, International Society of Sustainability Professionals
-Keynote Speaker, MaryAnne Howland, American Sustainable Business Council and Global Diversity Leadership Exchange
-Keynote Speaker, Caroline Choi, Southern California Edison
-Keynote Speaker, David Peterson, U.S. Department of Energy
-Moderator, Marjorie Alexander, A Sustainable Mind Podcast, Green Building United
มุมมอง: 263
วีดีโอ
Technical Panel Discussion 2 and Closing Remarks
มุมมอง 862 ปีที่แล้ว
-Panelist, Nico Bouwkamp, California Fuel Cell Partnership -Panelist, Max Accordino, Horizon Educational -Panelist, Brian DeBruine, Colorado Hydrogen Network, New Day Hydrogen -Closing Remarks, Emily Allen, Cal State LA -Moderator, David Blekhman, Cal State LA
Technical Panel Discussion 1 and Keynote Speaker
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-Panelist, Peter Lupoff, Net Impact -Panelist, Adda Athanasopoulos-Zekkos, University of California, Berkeley -Panelist, Sara Meerow, Arizona State University -Keynote Speaker, David Peterson, U.S. Department of Energy -Moderator, Marjorie Alexander, A Sustainable Mind Podcast, Green Building United
Welcome Remarks, Featured Speaker, and Keynote Speakers
มุมมอง 3843 ปีที่แล้ว
Welcome Remarks, Emily Allen, Cal State LA Keynote Speaker, Nancy Sutley, LADWP Keynote Speaker, Ben Stapleton, USGBC-LA Keynote Speaker, Eric Hoek, UCLA Sustainable LA Grand Challenge Keynote Speaker, Stephen Jordan, Institute for Sustainable Development Keynote Speaker, Cris Liban, LA Metro
Featured Session - Introduction to Life Cycle Assessment LCA for Buildings and Roadways
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Featured Session, Introduction to Life Cycle Assessment (LCA) for Buildings and Roadways by Jennifer O’Connor, President, Athena Sustainable Materials Institute
Technical Panel Discussion - Sustainability Professionals and Campus Sustainability Plans
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Technical Panel Discussion - Sustainability Professionals and Campus Sustainability Plans
Sustainable & Resilient Urban Infrastructure, Wildfires, Environment, and Electrification.
มุมมอง 353 ปีที่แล้ว
Technical Panel Discussion - Sustainable & Resilient Urban Infrastructure, Wildfires, Environment, and Electrification
The Hydrogen House
มุมมอง 31K4 ปีที่แล้ว
This documentary presents the Hydrogen House built by Hans-Olof Nilsson in Gothenburg, Sweden, using the best engineering and technology available for such a project. Dr. David Blekhman, professor at Cal State LA, authored and produced this video. Dr. Blekhman website: www.calstatela.edu/faculty/professor-david-blekhman Cal State LA Hydrogen Research and Fueling Facility website: www.calstatela...
LA County’s OurCounty Sustainability Plan
มุมมอง 1324 ปีที่แล้ว
Sikand Siti-Center Lunch and Learn Speaker Series Presented by Rebecca Ferdman, Sustainability Analyst, The Chief Sustainability Office of Los Angeles County Rebecca Ferdman's Biography Rebecca works with County departments, community organizations, local jurisdictions, and other stakeholders to help implement the OurCounty regional sustainability plan. Before joining LA County, Rebecca worked ...
The Role of Public Transportation in Urban Sustainability
มุมมอง 934 ปีที่แล้ว
Sikand Siti-Center Lunch and Learn Speaker Series Presented by Berwynson Salazar, Principal, Global ASR Consulting. Mr. Berwynson R. Salazar has more than 15 years of extensive project management experience on environmental compliance, capital projects construction support, site investigation/remediation, hazardous materials/waste management, climate adaptation, sustainability, and resiliency. ...
Sustainable Concrete Using Supplementary Cementitious Materials & Slag Cement
มุมมอง 2384 ปีที่แล้ว
Sikand Siti-Center Lunch and Learn Speaker Series Presented by Qiang Li, Ph.D., P.E., Infrastructure Solutions Engineer at CEMEX Qiang Li is an infrastructure solution engineer at Cemex, where Qiang provides technical support to contractors, engineering firms, and government agencies on pavement solutions and concrete materials. Qiang received his Ph.D. degree in Civil Engineering from the Univ...
Transport LA: Looking at the Past, Planning for the Future
มุมมอง 1344 ปีที่แล้ว
Sikand Siti-Center Lunch and Learn Speaker Series Presented by Gary J. Lai, Principal, Director of Regenerative Design Gary Lai is an accomplished landscape architect and thought leader in sustainability, resiliency, and conservation. Gary leverages three decades of design and planning experience to steer large, complex projects to successful completion. His interest in drawing and environmenta...
Imagine a Living Future
มุมมอง 904 ปีที่แล้ว
Sikand SITI-Center Lunch and Learn Speaker Series Presented by Avideh Haghighi, AIA, LFA, LEED, Licensed Architect, Sustainability Specialist Avideh is a Registered Architect and a Living Future Accredited professional dedicated to creating a regenerative built environment through her role as a designer and A/E/C industry advocate. She received her Bachelor of Architecture from Woodbury Univers...
Invisible Buildings: Buildings Harm Our Health And The Environment But They Don’t Have To
มุมมอง 494 ปีที่แล้ว
Sikand SITI-Center Lunch and Learn Speaker Series Presented by Sara Neff, Senior Vice President, Sustainability, Kilroy Realty Corporation Sara Neff is Senior Vice President, Sustainability at Kilroy Realty Corporation. Sara took Kilroy from having no sustainability program to being named the #1 publicly traded real estate company on sustainability in North America by GRESB, and under her leade...
Human Infrastructure: Building a Culture of Mobility Justice in Los Angeles
มุมมอง 2314 ปีที่แล้ว
Human Infrastructure: Building a Culture of Mobility Justice in Los Angeles
Urban Sustainability Water Challenges & Opportunities for 21st Century Resilience
มุมมอง 1224 ปีที่แล้ว
Urban Sustainability Water Challenges & Opportunities for 21st Century Resilience
But for normal people this need to be scaled down. and be affordble, but that is the future
Hydrogen House Project is already using a combined system of Hydrogen and Solar Electrolysis, for 16 years now :) 3 Months generation via solar powers the house for the whole year via hydrogen, with solar supplementation as needed or available.
Why do they not store as a Hydride, MgH2 ???
Classic example of an engineering fail. Basic rules Keep It Simple Stupid. This is far from that
We're better off making green gas by adding an element of carbon to create Methane, that way it's far safer, denser, and can be utilised with existing gas infrastructure. Simply get charcoal from wood and you're pulling the carbon out of the air to make new hydrocarbons with electrolysed Hydrogen.
Climate change and the carbon footprint thing is a lie, it is a creation of British Petroleum, it's all created to steal money everyone on this earth.
He saved like 500 usd by month, This could cost 100000 usd, this mean that in 200 years he will be living for free. Ah no.. I forgot the lifespan of the hardware.. No.. seriously.. most of the hardware he has, is ultra high quality, like those sunny island.. a ton of hardware to regulate every single aspect of the system that increase the cost over the clouds. But it will be nice if someone develop and mass produce an all-in-one reversible fuel cell, with only 2 hour of battery storage and 200 liters stratified water tank and modular extra hydrogen capacity.
Until oil mafia find you adress
Hydrogen House built by Sweden,
Thanks
Gohenburg rocks!
could you tell me where is that hyrogen house address ,
Nice house, nice setup.. unfortunately, this is not a "real world" example for the sales pitch. It all sounds too good to be true in this example, and you know the philospohy behind that one !! I have been 100% behind hydrogen for many decades: there are some great resources shared and I hope this helps very many people, but if they are novices in the religion of hydrogen, they may soon find that the practicable, achievable, tangiable possibilites are so far out of thier financial/situational reach, that they may easily become depressed and disilusioned. Going about it the same old same old, elitest, counter-productive ares about face way. All credit though to the companies bringing these first generation technologies into to domestic (elite domestic) market.
When Tesla first came out very few could afford it. The first Cell phone was for the rich and drug dealers here in California. Now you have Electric Hummers, audi, MBZEQS, Ford lightning. This house is a nice proof of concept to show what's possible. Better and cheaper systems will be made, just like battery technology. Check out this cheaper home. th-cam.com/video/-BDwsTrhBzE/w-d-xo.html th-cam.com/video/g1sXypj6wW8/w-d-xo.html
I essentially agree almost all of your points. I like hydrogen too. Nonetheless, the "sweet old man" is a deceitful ignoramus. I despise guys like him.
As a first step, this is a wonderful example of entrepreneurship at its best, along with exquisite Scandinavian design to solve the home energy problem for a colder climate in a "green" sustainable manner. As such, I'm not too concerned about the current cost. The fact that all the systems work together to produce a self-sufficient home energy solution is what is important. Costs will inevitably come down as the various parts become more efficient and mass production increases. I was also impressed that technical information for each of the sub-parts was provided. Would love to get more involved in this "green" hydrogen revolution.
Why not use a magnesium hydride or newer solid state hydrogen? It wouldn’t be off grid but would eliminate the need for 50% of this system. This system is so massive that most homes especially the smaller homes in Europe and Asia will not have the available space. Fascinating concept but i fear might be impractical for page scale use hurting profitability to implement.
excellent, Many thanks for sharing some inspiration for Southern Africa
Thank you for effort 💖
Feeling like ordering one for all homes, have you had a chance to update an inventory of possible replacements as to save mostly space?
Hydrogen House process must in use in european country suffering in LNG cris,until there is no final plan natural gas supply. these hydrogen process will use in many generation,,believe it or not,,this process will use FOREVER🤚
The common sense is only what is missing here !
Excellent helpful discussions. HYSR SunHydrogen scientists in multiple USA universities have been working on green hydrogen for years and years. They have businesses relationships with multiple international companies to bring their products to the commercial market.
Very interesting, but a cost/ benefit analysis is essential to determine the viability of the system. I know it is a prototype for research, but it is hard to imagine a cost effective version for the average home. Hopefully, hydrogen can be made to work for the average household.
what will cost the most are your solar panels and tanks, but after these expenses they essentially make what is produced completely free, can you imagine converting your house with one large expense and not having to pay for your electricity for the rest of your life after that? the savings for your future are unparalleled especially since the rise of electricity will go up with inflation and the cost of everyone moving to electric cars which also means the supply needs to meet the demand, but if you have something that is supplying everything for you without needing grid energy, you are living Scott free in comparison to any other person around you who is still paying for their power source. can you imagine never needing to pay your power bills for the rest of your life?
This "sweet old man" in the video is an ignoramus and a liar. Why the harsh words? Let me explain. "a cost/ benefit analysis is essential to determine the viability of the system." LOL. It's obviously not viable; otherwise this guy in the video wouldn't have prattled on endlessly about the supposed benefits without implicitly ignoring the elephant in the room: the cost/ benefit analysis. It's no secret that vast sums of money are being poured into R&D these days for photovoltaics (PV) and batteries. Hydrogen fuel cells, used in the manner he described, might be viable one day, but they almost certainly aren't now. Engineers like this guy are prone to tinkering for their own fun and pleasure; yet frequently like to claim they are trying to do something grand such as, "sAvInG tHe WoRlD." This is much like a musician who practices his beloved instrument endlessly, claiming that he wants to "share my music with the world", when in fact, primarily he likes to play his beloved instrument. Evil rarely announces, "Hello there. I am evil!" Normally it uses nefarious methods. This "pleasant old man" has deluded himself into thinking he has found "The Right Way." Sure. Maybe one day his method will be right; but today it is wrong because it's much, much too expensive and inconvenient.
There are not enough raw materials to apply this everywhere
Good example of the past. However advancement in technology today may make this house use less separate features and more affordable.
that is cool! but how much money does it costs?
The owner said in an interview that his hous cost him 15M SEK which is around 1.49M $. BUT he installed alot of the stuff himself so the real price will be higher for something like this if you just want to buy it.
@@Alex4nder1978 my Germany company is also doing this develop.
@@annioffical9767 May I ask which company that is? The only one I currently know of is HPS with their Picea system in Germany. But I have to be honest I never checked for other companys who do the same thing. 😅
LA CE PREȚ AR AJUNGE CU TOTUL ?
Use hydrogen cylinder as regular gas cylinder😂 so what happened 😂😂😂
Great video spoilt by the excessively loud pornography music.
They seem to have missed a trick here. Solar panels are 20% efficient, electrolyzers are 70% efficient and fuel cells are 60% efficient you are having to throw a lot of solar panels at this to compensate for all the losses in the system. It might be easier just to use solar hot water and store the heat directly in a heat battery. The vast amount of energy in the house is just energy for heating.
The issues with batteries and solar heating are that they just don't hold what energy was put into them for use later and extremely low specific energy.
You forgot one point, he is using the heat losses from both electrolyser and fuel cell. This way he has a way higher overall efficiency. This system runs for several years now and it is working. But he does use alot of energy for de-icing and melting snow an his driveway in the winter etc. They also made a 2.0 and up to this year probably a 3.0 version of the same basic system but striped down to what you need for a simpler house around 150m² living space. And the efficiencies of all parts are getting better every year. 75% for electrolysers has become industrie standard (SOTA ones even reach 83%) and several companys working on way more efficient versions. Hysata for example has proven that they have a slightly different way which in the end can reach up to 95% efficiency. They plan to scale into the GW range by 2025. A nice video about this can be found here: th-cam.com/video/m0d6iljzzEI/w-d-xo.html
Absolutely fantastic. This brings together what are now maturing technologies in a way that almost creates real energy security from off the shelf components. That is an achievement which would have been un-realistic 25 years ago. Truly off grid. This has such potential to be something communities can be built around. I would love to be part of what you are doing.
I wonder how much this system costs? If its anything above 50k euros its just not worth it if you use anything less than 1000kwh per month @ 0.21 Euro - thats "free" electricity for 15 years from the grid even if prices rise. Not to mention you can buy remote solar park (roughly 10k euros for 10kw plant) and just pay transportation fee (0.05 Euro/kwh) and yearly care cost (15~euro per year), they take care for all the stuff saving you all the maintenance struggle and possible components failures like dead batteries, hail damage to panels, efficiency lose on panels.
This house is obviously a prototype used primarily for research and development; therefore, whether or not it is it is cost-effective today is irrelevant. Most new technologies aren't good enough or are too expensive initially, but some of them become good enough and affordable eventually.
Good show, few things are extra, would be interested to discuss implementation in a tropical country using solar, wind and Hydrogen only.
All thanks to Dr Alaho Olu on TH-cam who finally cured me from Herpes Simplex Virus type 1&2 and HPV
cost ?
One assumes one means upfront/capital cost?
@@dariusseo480 As opposed to what, the monthly cost? Obviously, he wants to know how much it costs to build the system. The answer is obvious: the cost is prohibitively expensive for an ordinary consumer because this house is a prototype being used for research and development. In the video the presenters purposely fail to mention the cost of the system apparently because the answer to, "How much does it cost at this time?" is probably something like, "If you have to ask how much it costs, you aren't wealthy enough to squander money on this for yourself at this time but if we get enough venture capital we can make it cheaper."
@@yekutielbenheshel354 one may not be able to afford upfront, capital costs but operations that use EV engines have been known to achieve something like a 60% savings, yes, in monthly operating coats. The issue is can one overcome the cost of capital too?
@@dariusseo480 I don't understand your gibberish. Please correspond coherently or not at all.
@@yekutielbenheshel354 real simple, do you buy cars planes and trains without the financing of a lender. Is that simple enough?
Really useful video. Thanks for that. How can I get this presentation?
1:37 메모용
Immaculate installation and really environmentally friendly! Greetings from Spain.
The VPA-2 Solar System - Solar Power Fifth Generation
I love the attention to detail to find every spec of efficiency. However, the PLCs themselves are going to be well over £5000
PLC what is that? I know that those sunny islands are quite prohibitive in cost vs normal inverters or similar hardware..
Mike strizki hydrogen house usa. Wonderful workmanship
Now what they need to do is build an identical house, that is 100% electric, no H2, with geothermal HVAC system, and compare the costs. With just the solar, batteries, and inverters they are pushing $150k easy. It would be far less costly to just have an over sized solar system, with battery back-up. This just doesn't make sense in any sort of cost efficiency basis.
Assuming the fuel cells are roughly 50% efficient, the house is storing approximately 5MWh in compressed hydrogen. So if you wanted to replace that with, say, LiFePO4 batteries you're looking to spend over $1m. What would be interesting is how much the hydrogen system cost in the house. Note that Gothenburg is almost 58 degrees North; the amount of solar energy available in winter will be negligible.
@@marksherborne391 Going with battery paired to a heat pump make sense because it can go 3-400% efficient and is not explosive
sorry guys you're missing the point. the network fee in sweden is over 200£ per month even when you only use fex 30-70£ worth of electricity so the yearly saving on being off grid is enormous! besides this the electricity cost is not fixed but follows market fluctuations and tends to only go up... so you are free with such a system! I will build one like this myself if i can afford it ;:)
It seems that hydrogen is used to replace some batteries. Hydrogen doesn't lose power like batteries and has much higher energy density than batteries.
@@lorenzoventura7701 that maybe so. But hydrogen blows up and not like any fossil fuel
Great film and idea to make it by David. Greetings from Chalmers and Sweden. Valery