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How much area with such setup will generate 1.5mw

Very informative video. ❤

What’s the full cost of this per acre?

What is the Intial cost??

Beautiful! is ita concern if the banana plant grows to touch those panels? what are your safety measures?

Nice! How much of the 1000 what per m2 does it capture? Pretty cool design!

How to contact for agri pv project...🙏

Its high-tech india need financing for it

where is this?

Wher is project

wonderful project

sounds good. But, whats the ROI ? Is it practical for farmers to implement ?

hi all,what material is used for reflection?

To compete against china we need much bigger scale that what's considered today in Europe. Minimum factory size should be 100 GW at this time.

can I have address of this plant... want to see

Paypal hydrogen Index Holdings Up

Doesn’t look very efficient or effective

Excellent !!!!

steel structure, Agrivoltaic is really worthy looking into

I have been very cynical of a lack policy initiatives from government and here we are with an old established corporation, part of our history of environmental exploitation, taking on the technical and logistical challenges of a reduced carbon future and investing in facilities to make it happen.

The one thing very few people are talking about is the enormous amount of purified water that will be needed to support the ongoing operation of all the Hydrogen Systems. You will need highly purified water.

Great~~🎉🎉

How many acres of solar would I need in order to make 30 million in profit yearly in California ??

Where is located in Maharashtra?

Where it is?

The level of technology integration is just mind-boggling. Brilliantly done! Congratulations to all the partners involved in making this happen.

Great information

Well done 👍

Pretty good.

I designed, cut, welded and built my own system. I can tell you from bitter experience optimistically you can expect reduction of 30-35% in northern climates of your agricultural production due to reduced sunlight. Optimistically. Realistically it is unfeasible and unviable solution overall. Neaither here nor there. The two - solar and agriculture can ONLY be combined if your construction is HIGH ENOUGH and with enough inter-row and inter-panel spacing. In my case it is 2 meters interrow and 25cm (10inches) inter-panel space. This seems to be my goldilocks in my geographical location. Very important here: My installation is 20kWp The panels costed me 9,000 Euro HOWEVER The construction itself took me 5 months, countless hours of toiling and, prepare for this... 4,000 EURO for P-Shaped steel profiles, pipes, etc. The construction itself was VERY VERY expensive. Only reason why it wasnt 10+k Euro was because I transported, cut, welded, painted and inserted into ground via my demolition hammer each profile MYSELF. If it had been with company tools - probably the construction would have been 10,000 euro or more. in conclusion: Solar and agriculture CAN coexist successfully, HOWEVER with certain very real and very expensive implementations, which are often prohibitively expensive.

Very informative

Thumb down just for squeaking throughout. Should be edited out.

If I have money I will definitely invest in this project.

Please beware the dangerous of NH3 as fuel!!* Safety:💀 Please realize what will happen when accidents occur !!! th-cam.com/video/KT-3WZ-23Ac/w-d-xo.html In old ammonia car we need to raise awareness of leaking as well!! Global warming:🌍 I don't think ammonia combustion engine vehicles 🚗,🚤,✈ type is a good IDEA!!Burning NH3 can cause NxO and NO gas, (However for power plant with NxO gasses scrubber system might be OK, Please prepare air filter Gas mask as emergency PPE incase of leaking!!) The NxO gasses such as Nitrous oxide can cause more global warming than CO2 300 time and live upto 144 years!! both NH3 and NO gas are toxic, especially when accidents occur.

What is the cost of smallest hydrogen plant and space required.

Webinar in very Excllent Presentation Gaidance information Thank. Congratulation.

could they not utilize compressed air to remove dust and reduce the amount of cleaning that needs to take place, thus increasing agricultural output?

What is the name of university there?

The REAL NEED & POTENTIAL OF AGRIVOLTAICS has been shown and explained in... youtube channel zeropollution2050 ... specially PART-II. India needs a 15TW AV Susyem to Eliminate Pollution in Bharat... not these MW/GW Size projections, that will ONLY DOOM MILLIONS TO DEATH & SUFFERING IN BHARAT...

All this R&D is good.. perfect.. great .... but misses the main reason why we need to use Solar Energy... and that is to Eliminate Pollution and the 2.5 Million Premature Deaths Annually and 35 Million DALY of Suffering in BHARAT .. TODAY... India has, and is already losing, too many lives to Pollution and this ALONE must Override Everything.. don't you think...??? Even during the Indo-China War in 1962... and ALL WARS COMBINED since then.. has Bharat lost so so many lives and caused so much suffering as Pollution does TODAY.. AND EVERY YEAR ... and you want to R&D "To Death" ... like an Ostrich burying its "Head in the Sand" .. hoping the Pollution effects will .. go away...??? India is facing a situation much much worse than anything before... and you want more R&D, Pilot Projects, Repirts after Repirts as 7,000 People Die DAILY ALL AROUND...??? This too from Bharat .. that prides for its past, its culture, its human values...??? .. BHARAT CAN .. AND MUST DO... MUCH BETTER... AND EMBRACE AGRIVOLTAICS NOW... ASAP... PLEASE..!!!

People from India are smart. I like how the tell Oil F.U. surprised some politician isn't screaming green is a problem its too intermittent but most of the world lives intermittently don't need power at night

dear how can I talk with dr Renk. I am developing an urea project by green ammonia in the coast of Peru where we have good conditions for wind and PV...

Let’s start today!

Can I get chirag shah and Prakesh Soni contact number please

All hydrogen stocks suck and will continue to suck until electrolyzers are conceived, designed, and built that can produce millions of tons of hydrogen per annum. Right now, this is not even close to possible and there is not one shred of evidence by alkaline cell, PEM or SOEC electrolyzer that it will be possible in the future. Hydrogen electrolyzers and fuel cells are total nonsense in India and everywhere else, the "Hydrogen stocks" are hopeless losers because none of the electrolyzer companies can deliver industrial-scale capacity. They only offer small-scale electrolysis capacity, so they can't provide anything but small-scale revenue. Small-scale revenue will never eclipse their operating budget, so they cannot show a profit (earnings). Small-scale electrolyzers cannot make enough H2 from water to reduce CO2 output at an industrial scale, so they are irrelevant. Renewable energy is coming on line quickly, but to reduce global warming, one must decarbonize all of the greenhouse gas emitting sectors -- transportation, agriculture, residential & commercial building and industrial sources (primarily concrete, glass, steel and industrial chemicals). That means we must create decarbonized fuels such as green ammonia, whereby we take cheap and abundant renewable energy and split water into cheap hydrogen and oxygen. Then, humanity can remove nitrogen from the air (air is 78% Nitrogen) and, using the Haber Bosch method, combine the green H2 and N to make green ammonia (NH3). Ammonia, as a "liquid carrier of hydrogen fuel," can carry more hydrogen/BTUs by volume at a reasonable temperature and pressure than gaseous or liquid hydrogen. Large-scale electrolyzers (no existing electrolyzer manufacturer can provide) would allow green ammonia to fuel and power all greenhouse gas emitting sectors. When electrolyzers are scaled to provide ammonia-scale plants producing four million metric tons of anhydrous ammonia per year, replacing methane feedstock; call me. It is important to realize that to produce one ton of ammonia using today's methane "steam reformation process" conventional ammonia producers for nitrogenous fertilizers release 2.84 tons of CO2.

Very well addressed the complete value chain of Ammonia in easy to understand.

good explanations and persuasive. thx

So which was the best install amongst all these discussed?

We have a problem I suspect this system may help with. Our community has well over 2MW solar among around 100 homes. This (among other neighbourhoods) is creating a reverse load issue for the energy supplier. Could your system be scaled down and produce around 40 litre per hour (10%), and could this be coupled with a standard LPG gas fitting for gas powered vehicles? (Presuming 1*40L vehicle tank per hour: roughly 15 days between vehicle top ups). Please let us know.

Murat was here. TFS (Thanks For Sharing)