बैटरी के मुकाबले हाइड्रोजन एक अच्छा विकल्प हो सकता है लेकिन मेरा analysis है ये भी भविष्य में महंगा हो सकता है। अब यदि अभी से हम atomic theory के fusion य fission आदि पर काम करे तो कम मात्रा में किसी रेडियोएक्टिव element से काफी energy प्राप्त कर सकते है बस ज़रूरत है उसे control और स्टोर करने की।
બકા, जाड़ा એટલે हिन्दी માં એનો મતલબ "શિયાળો" એવું થાય....અને થોડાં "જાડા" હોતા હૈ ના બદલે थोड़ा "मोटा" होता है.... This is the proper wording.... Better luck next time..... Anyway it was quite EUREKA TYPE subject knowledge for me ...& Very much informative.... Love you unconditionally my younger brother.... blessings.
@@NiketShahPlus just do not speak with authority way which may convey the message us in command giving... because we are the जनता जर्नादन .... Go be kind and gentle in your wording... otherwise we will report to BLOCK YOUR NONSENSE BLOODY CHIP CHANNEL.... UNDERSTAND...?... you better understand....!!
Hydrogen solar looks better for high performance and more output at cheaper cost. I think that we should work to make it safer to avoid any dangerous incident. Can you inform whether it is being used in India commercially. Comparison of cost ,life span ,maintenance factors may also discussed in future vlog. Thank . I am Muhammad Shafiq from Rawalpindi Pakistan.
Excellent explanation. In fact Hydrogen is combustible and Oxygen is supporter of combustion. That means we need to control Hydrogen gas from being caught fire due to any reasons. Anyway separation of Hydrogen and Oxygen is a difficult task which has been made possible by Cathode and Anode.
You're absolutely right! Hydrogen gas is highly combustible, while oxygen supports combustion, which is why it's essential to handle them carefully, especially in processes like electrolysis, where they are separated. In electrolysis, an electric current is passed through water, splitting it into its basic components: hydrogen and oxygen. This happens at the cathode (negative electrode) and anode (positive electrode). Hydrogen is produced at the cathode, while oxygen is generated at the anode. The separation is a key challenge because both gases are produced simultaneously and need to be kept apart to avoid any risks of explosion or unwanted reactions. Controlling the reaction and ensuring that the gases are properly managed-such as venting them safely or ensuring that they don’t come into contact with sources of ignition-is crucial for the safety of the process. The process itself is quite efficient in controlled environments, and separating the gases allows them to be used for various applications, such as hydrogen fuel cells or industrial oxygen production. DO share this video with others as well
Aapka shukriya! Main khushi se madad kar raha hoon. Agar aapko kisi aur cheez ki zaroorat ho ya koi aur sawal ho, toh zaroor batayein. Pakistan se greetings! 🌹😊.. do share this video with others also
Bhai ji me ak patti banana janta hu jo water ke ander hydrogen or oxygen koalag kar data he lekin us patti me catalest metal lagi hoti he or sorurga se fotan kam karega sabse behter he ji
R/s hello I m yasir from pakistan aapny jo samjhaya barabr thek tha Men es chez py work karta hon 2 bat aapny nhin samjhae hydrogen kis sod sy bany ge or Air me jo name hote hy us me salt hota hy jis wajh sy electro light sistam bany ga or solar ka negative jab short hoga to hydrogen peda karega or positive oxygen peda karega or short ss steel sy hoga magar hydrogen compres sistam galat bataya ye sara cheep sistum hy men msg karta hon aap reply karen men bataon ga thx sir
Good evening....If Hydrogen can we get easily then will be better option in future....by solar.....But need to work on it by India Govt., Thanks for this video.....
हायड्रोजन Highly Inflatable होता है, यह नाँर्मल तापमानमें जलने लगता है तो इसे स्टोअर कैसे कीया जाता है वो भी धूप में लगी टँक मेंं, इसकी जानकारी देने की कृपा करें।
Bro you are wrong Atom bomb are of two types based on nuclear reaction.. 1Nuclear fission reaction 2 Nuclear fusion reaction Aur jab pressurized hydrogen atmosphere me jalti hai to ye ek trah ki COMBINATION REACTION hoti hai atmospheric Oxygen aur hydrogen ke beech ye dangerous to hai but atom bomb jitni nahi. Aur jahan tak baat rahi hydrogen bomb ki wo NUCLEAR FUSION REACTION par based hai. Use banaana itta aasan nahi hai. 😂
आपकी बात बिल्कुल सही है! हाइड्रोजन तकनीक में अभी भी कई चुनौतियाँ हैं, खासकर टैंक और भंडारण के मामले में, ताकि इसे पेट्रोल के विकल्प के रूप में पूरी तरह से अपनाया जा सके। हालांकि, भविष्य में यह एक प्रभावी और पर्यावरण के अनुकूल विकल्प बन सकता है, लेकिन इसके लिए अभी और शोध और विकास की आवश्यकता है। आपकी जानकारी साझा करने के लिए धन्यवाद! 🙏🚗🔋
Hydrogen best hai but tention ek hai ki agr hum nature k sath khel khelenge to aane wale time me kush bhoot bada anhoni hoskti hai kyuki air se hydrogen divide krne par only oxygen bi nhi rehoaigi jo humare health k liye humfull hai dear
This is needs a lot of research.... The method of water splitting into hydrogen and O2 is electrolysis only which power intensive. Compression needs power. It appears to consume more power than produce... At the outset
You're correct in noting that water splitting through electrolysis is a power-intensive process, and the overall energy efficiency of producing, storing, and using hydrogen as a fuel can be a complex issue. Energy Efficiency of Hydrogen Production Electrolysis: Process: Electrolysis involves passing an electric current through water to split it into hydrogen and oxygen. This process requires significant electrical energy. Efficiency: Modern electrolysis systems are around 60-80% efficient, meaning that 60-80% of the electrical energy used is converted into chemical energy in the form of hydrogen. However, this still leaves a significant energy loss. Compression and Storage: Compression: Hydrogen must be compressed or liquefied for storage and transport, which requires additional energy. Compressing hydrogen to high pressures (e.g., 700 bar) or cooling it to cryogenic temperatures for liquefaction consumes more energy, reducing overall efficiency. Storage: Hydrogen storage technologies, whether through compression, liquefaction, or chemical storage, also have their own energy costs and potential losses. Fuel Cell Conversion: Fuel Cells: When hydrogen is used in fuel cells to produce electricity, the efficiency is typically around 40-60%. This means that some energy is lost in the conversion process, further reducing the net energy gain. Energy Balance Considerations Input vs. Output: The total energy input required to produce, store, and use hydrogen is often greater than the energy output. This is a common criticism of hydrogen as a fuel, especially if the electricity used for electrolysis comes from non-renewable sources. Renewable Energy Sources: The situation improves significantly if the electricity used for electrolysis comes from renewable sources like solar, wind, or hydropower. In this case, the environmental benefits of hydrogen production can outweigh the energy losses, as it allows for the storage of excess renewable energy and its use in applications where direct electrification is difficult. Use Cases: Hydrogen is seen as more practical in sectors where electrification is challenging, such as heavy industry, aviation, or long-haul transport, rather than in applications where direct use of electricity is feasible. Research and Development Advancements: Research is ongoing to improve the efficiency of electrolysis, hydrogen storage, and fuel cells. Innovations in catalysts, materials science, and renewable energy integration are key areas of focus. Energy Economics: The overall economics of hydrogen depend not just on energy efficiency but also on factors like the availability of renewable energy, the cost of electricity, and advances in hydrogen technology. Conclusion While hydrogen production through electrolysis is currently energy-intensive and can consume more power than it produces when considering the entire energy cycle, it holds potential in specific scenarios where renewable energy is abundant or where other forms of energy storage and use are less viable. The future of hydrogen as a clean energy carrier will depend on continued research and technological advancements that improve its efficiency and economic viability.
#Sir kitni jagay hydrogen Store Kar Kay kitni energy lay saktay hai ji ek question aur aaj agar hydrogen Store kartay hai 10din band kitni energy miligi
Hydrogen storage and energy yield depend on various factors, including storage method and efficiency. Storage Capacity: The amount of energy you can store in hydrogen depends on the storage technology (e.g., compressed gas, liquid hydrogen, or metal hydrides). For example, compressed hydrogen gas stored at high pressure (700 bar) has a higher energy density compared to lower pressures. Energy Yield: The energy you get from stored hydrogen depends on the efficiency of the fuel cell or combustion system used to convert hydrogen into usable energy. Fuel cells are generally more efficient than combustion engines. Storage Duration: Hydrogen stored for 10 days will not lose much energy due to its high stability. However, storage systems need to be well-sealed to prevent leaks and ensure safety. If you have a specific storage method or application in mind, providing those details could help in giving a more precise estimate of energy yield.
ہائیڈروجن سولر اعلی کارکردگی اور سستی قیمت پر زیادہ پیداوار کے لیے بہتر نظر آتا ہے۔ میں سمجھتا ہوں کہ ہمیں کسی بھی خطرناک واقعے سے بچنے کے لیے اسے محفوظ بنانے کے لیے کام کرنا چاہیے۔ کیا آپ بتا سکتے ہیں کہ کیا یہ ہندوستان میں تجارتی طور پر استعمال ہو رہا ہے؟ لاگت، زندگی کا دورانیہ، دیکھ بھال کے عوامل کا موازنہ مستقبل کے بلاگ میں بھی کیا جا سکتا ہے۔ شکریہ میں راولپنڈی پاکستان سے محمد شفیق ہوں۔
Esa plant abhi reliance industries bana rahi hai jamnagar, gujrat me. Hydrogen or solar plant dono bana rahi hai.abhi plant projects progress me hai. Aaj pata chala ye salar module or hydrozen fuel plant kyo bana rahi hai, ye reliance. 2027 me completed hogaa projects but next year manufacturing start ho jayega kafi plant ban chuka hain.
It's a noble concept but the technology needs to be refined for commercial exploitation. There are many glitches as to the capital cost & output. It will become a reality in the future but for now research & development process will take time but once things are in place it will dictate the energy sector.
Hello, you must reply to my comment. Is it safe to compress and store H2 gas, as you know it is different from propane or methane gas. Also the ignition temperature of hydrogen is very low.
Very good information. Many Many thanks. According to the law of conservation of energy, energy from hydrogen will be equal to the electrical energy produced by the solar cells. Either you charge the batteries or produce hydrogen. All these things are extremely dangerous. Hydrogen and air mixture explodes instantly. Batteries also catch fire.Gone are the good old days of safe diesel and petrol engines.
Hydrogen gas is more expensive if used electrolysis of water at its efficiency 40-70%. All the calculations show that hydrogen 2x to 3x cost of petrol. That is why Elon Musk says it is dump idea. The only viable option for hydrogen very limited use cases where hydrogen can be generated waste water or other and then used for generating electricity
Hydrogen is very explosive gas. Not safe at all. To overcome this problem Toyota has developed Water engine which uses water as fuel. Hydrogen is directly generated from water and in tern engine works on hydrogen gas.
Hydrgen if we get at cheap rate it is worth to have hydrogen engine and operate the vehicle which will be totally free of pollution and saves enormous money required for foreign exchange.
anslation result सस्ती लागत पर उच्च प्रदर्शन और अधिक आउटपुट के लिए हाइड्रोजन सोलर बेहतर दिखता है। मेरा मानना है कि हमें किसी भी खतरनाक घटना से बचने के लिए इसे सुरक्षित बनाने के लिए काम करना चाहिए। क्या आप बता सकते हैं कि क्या इसका उपयोग भारत में व्यावसायिक तौर पर किया जा रहा है? भविष्य के वीलॉग में लागत, जीवन काल, रखरखाव कारकों की तुलना पर भी चर्चा की जा सकती है। धन्यवाद देना । मैं रावलपिंडी पाकिस्तान से मुहम्मद शफीक हूं।
Hydrogen will be widespread used in 10 to 15 years as it takes lot of improvements and it’s not commercially viable. For commercial purposes, like aerospace, steel industry, train , ship and trucking it could be benefitting immediately.
![सोलर सस्ता है तो फिर हम इस्तेमाल क्यों नहीं करते [Solar power is ready to shine]](http://i.ytimg.com/vi/prJSDSWFCmI/mqdefault.jpg)
बैटरी के मुकाबले हाइड्रोजन एक अच्छा विकल्प हो सकता है लेकिन मेरा analysis है ये भी भविष्य में महंगा हो सकता है। अब यदि अभी से हम atomic theory के fusion य fission आदि पर काम करे तो कम मात्रा में किसी रेडियोएक्टिव element से काफी energy प्राप्त कर सकते है बस ज़रूरत है उसे control और स्टोर करने की।
Good explanation धन्यवाद Moisture को नमी और आद्रता बोलते है
अभी और रिसर्च की जरूरत है जानकारी देने के लिए धन्यवाद
मैं आशा करता था कि आप मूल्य का भी कुछ विवरण देते...
फिर भी अत्यंत महत्वपूर्ण और मूल्यवान जानकारी दी है आपने।
Thanks a lot for a nice presentation 🙏
हाइड्रोजन सेल ही बेस्ट है।
બકા, जाड़ा એટલે हिन्दी માં એનો મતલબ "શિયાળો" એવું થાય....અને થોડાં "જાડા" હોતા હૈ ના બદલે थोड़ा "मोटा" होता है.... This is the proper wording.... Better luck next time..... Anyway it was quite EUREKA TYPE subject knowledge for me ...& Very much informative.... Love you unconditionally my younger brother.... blessings.
Take knowledge is more important then the word which I have used.. do share this video with your friends
@@NiketShahPlus just do not speak with authority way which may convey the message us in command giving... because we are the जनता जर्नादन .... Go be kind and gentle in your wording... otherwise we will report to BLOCK YOUR NONSENSE BLOODY CHIP CHANNEL.... UNDERSTAND...?... you better understand....!!
@@ManjulaBen-ji3qr❤thanks for teaching lesson this cheap people
Thank you from Nepal 🇳🇵😘
Its really very useful explanation for persons involved in Solar application
THANKX.. DO SHARE THIS VIDEO WITH OTHERS ALSO
Hydrogen solar looks better for high performance and more output at cheaper cost. I think that we should work to make it safer to avoid any dangerous incident.
Can you inform whether it is being used in India commercially. Comparison of cost ,life span ,maintenance factors may also discussed in future vlog. Thank . I am Muhammad Shafiq from Rawalpindi Pakistan.
Excellent. Sincere efforts to deliver knowledge. And success in this.
So nice of you.. do share this video with your friends
Excellent explanation. In fact Hydrogen is combustible and Oxygen is supporter of combustion. That means we need to control Hydrogen gas from being caught fire due to any reasons. Anyway separation of Hydrogen and Oxygen is a difficult task which has been made possible by Cathode and Anode.
You're absolutely right! Hydrogen gas is highly combustible, while oxygen supports combustion, which is why it's essential to handle them carefully, especially in processes like electrolysis, where they are separated.
In electrolysis, an electric current is passed through water, splitting it into its basic components: hydrogen and oxygen. This happens at the cathode (negative electrode) and anode (positive electrode). Hydrogen is produced at the cathode, while oxygen is generated at the anode. The separation is a key challenge because both gases are produced simultaneously and need to be kept apart to avoid any risks of explosion or unwanted reactions.
Controlling the reaction and ensuring that the gases are properly managed-such as venting them safely or ensuring that they don’t come into contact with sources of ignition-is crucial for the safety of the process. The process itself is quite efficient in controlled environments, and separating the gases allows them to be used for various applications, such as hydrogen fuel cells or industrial oxygen production. DO share this video with others as well
Buhut achah malomat dia he aap ne jis keliye aap ka buhut sukriya 👍
from pakistan 🌹
Aapka shukriya! Main khushi se madad kar raha hoon. Agar aapko kisi aur cheez ki zaroorat ho ya koi aur sawal ho, toh zaroor batayein. Pakistan se greetings! 🌹😊.. do share this video with others also
thanks for giving knowledge about Hydrogen cell. nice way of teaching.
It's my pleasure.. do share this video with others
Thanku pluspoint training🙏
Welcome
Bhai ji me ak patti banana janta hu jo water ke ander hydrogen or oxygen koalag kar data he lekin us patti me catalest metal lagi hoti he or sorurga se fotan kam karega sabse behter he ji
The expirimet shows Good may hydrogen will be future , the sucess of u very Good and talented
Thank you.. do share this video with your friends
In future that 's subject very important. Amezing hydrogen cell. Sir your presentation very nice.
So nice of you do share this video with others also
Nice information, kya india me hydrogen solar plant installation hua Hai, Please share
Hydrogen will become very very most Important in Future
Yes
No. Safety issues plenty
I think so all these ideas are in premature stages hope so & wait for further thanks!🙏🇮🇳
Excellent video, future energy
Glad you enjoyed it! Do share with your friends
Good Explenqtion.
..........
.............
Plz explain what is FuelCell and how it works.
thank you.. do share this video with others.. sure will try for fuel cell as well
R/s hello
I m yasir from pakistan aapny jo samjhaya barabr thek tha
Men es chez py work karta hon 2 bat aapny nhin samjhae hydrogen kis sod sy bany ge or Air me jo name hote hy us me salt hota hy jis wajh sy electro light sistam bany ga or solar ka negative jab short hoga to hydrogen peda karega or positive oxygen peda karega or short ss steel sy hoga magar hydrogen compres sistam galat bataya ye sara cheep sistum hy men msg karta hon aap reply karen men bataon ga thx sir
Very. Very. Good .nice. Informion. Kpk. Pakistan
thankx... do share this video with others
Technoeconomic viability needs to be seen. Concept is very nice.
Sure do share this video with others also
हवा टंकी आगे भविष्य काम आएगी ,सौर ऊर्जा के बाद | साधुवाद ""जयहिंद जयभारत ""
Jai Hind
Good evening....If Hydrogen can we get easily then will be better option in future....by solar.....But need to work on it by India Govt., Thanks for this video.....
Yes, you are right .. do share this video with others
Love from 🇵🇰
Ap ny kafi achi koshish ki samjahany ki, or illam mn izafa b huwa, Thanks ❤
🖕🏿 for you C community
Very nice presentation and understanding
Thanks for liking do share with your friends
Hydrogen is good
हाईड्रोजन सेल अपेक्षाकृत बेहद अच्छा है....!
Ok.. do share this video with your friends
हायड्रोजन Highly Inflatable होता है, यह नाँर्मल तापमानमें जलने लगता है तो इसे स्टोअर कैसे कीया जाता है वो भी धूप में लगी टँक मेंं, इसकी जानकारी देने की कृपा करें।
Depends how you are managing
Good information sir.
Thanks and welcome
U are proced knolage varry importent ,I wishluck for aall.
thnakx.. do share this video with others
what is the total casting?
What will be the cost of fuel cell?
please discuss on economy?
I want to setup this plant? cost benifit analysis please.
We just provide information.. other things you need to find out…
Maintenance cost kya rahega
H2 Cell is best alternative but safety measures are too important, it's higly explosive with increases in temp. Nicely Explained.
Do share with others as well
Sar master ka naam ham log ko bhi nahin maloom
niket shah.. do share this video with others
Very nice work good job 👍🙏
Welcome.. do share this video with others also
May I install permanently Hydrogen Sola panal at my residence for power supply .
Yes you can but this project is still in development stage
Hydrogen Ko प्रेसर के साथ स्टोर करना मतलब परमाणु बम को बिना सेफटी को रखना 😮😮
You need to manage properly
Bro you are wrong
Atom bomb are of two types based on nuclear reaction..
1Nuclear fission reaction
2 Nuclear fusion reaction
Aur jab pressurized hydrogen atmosphere me jalti hai to ye ek trah ki COMBINATION REACTION hoti hai atmospheric Oxygen aur hydrogen ke beech ye dangerous to hai but atom bomb jitni nahi. Aur jahan tak baat rahi hydrogen bomb ki wo NUCLEAR FUSION REACTION par based hai. Use banaana itta aasan nahi hai.
😂
Compression needs a great amount of energy.
हाईर्टरोजन ठीक है लेकिन इसके पहले टैंक बने तब गाड़ी में पेटरोल का स्थान लेगा व बिजली बनायेगा अभी काफी समय लगेगा। जानकारी के लिए धन्यवाद।
आपकी बात बिल्कुल सही है! हाइड्रोजन तकनीक में अभी भी कई चुनौतियाँ हैं, खासकर टैंक और भंडारण के मामले में, ताकि इसे पेट्रोल के विकल्प के रूप में पूरी तरह से अपनाया जा सके। हालांकि, भविष्य में यह एक प्रभावी और पर्यावरण के अनुकूल विकल्प बन सकता है, लेकिन इसके लिए अभी और शोध और विकास की आवश्यकता है। आपकी जानकारी साझा करने के लिए धन्यवाद! 🙏🚗🔋
Hydrogen collecting for electricity generation. Can we collect oxygen also.
Price?
we are not in sales.. yes can collect oxy as well..
Love & Respact from Pakistan D.I.KHAN KP ❤
Thank you.. do share this video with others also
अगर हाइड्रोजन सेल किसी कारण वश ब्लास्ट हो जाय तो किया यह हाइड्रोजन बॉम्ब का काम नहीं करेगा? पूरी जानकारी देने की किरपा करें।
Asa nahi hota
@@NiketShahPlus Thankyou.
Hydrogen best hai but tention ek hai ki agr hum nature k sath khel khelenge to aane wale time me kush bhoot bada anhoni hoskti hai kyuki air se hydrogen divide krne par only oxygen bi nhi rehoaigi jo humare health k liye humfull hai dear
Yes.. do share this video with your friends
Even Hydrogen is more dangerous than crude oil. It is like driving a car with hydrogen bomb.😅😅
वीडियो अच्छा लगा.
thankx.. do share this video with others also
very nice for teaching ,thanks
You are most welcome
Which main benefits use moisture in place of nature water?
Yes
This is needs a lot of research.... The method of water splitting into hydrogen and O2 is electrolysis only which power intensive. Compression needs power. It appears to consume more power than produce... At the outset
You're correct in noting that water splitting through electrolysis is a power-intensive process, and the overall energy efficiency of producing, storing, and using hydrogen as a fuel can be a complex issue.
Energy Efficiency of Hydrogen Production
Electrolysis:
Process: Electrolysis involves passing an electric current through water to split it into hydrogen and oxygen. This process requires significant electrical energy.
Efficiency: Modern electrolysis systems are around 60-80% efficient, meaning that 60-80% of the electrical energy used is converted into chemical energy in the form of hydrogen. However, this still leaves a significant energy loss.
Compression and Storage:
Compression: Hydrogen must be compressed or liquefied for storage and transport, which requires additional energy. Compressing hydrogen to high pressures (e.g., 700 bar) or cooling it to cryogenic temperatures for liquefaction consumes more energy, reducing overall efficiency.
Storage: Hydrogen storage technologies, whether through compression, liquefaction, or chemical storage, also have their own energy costs and potential losses.
Fuel Cell Conversion:
Fuel Cells: When hydrogen is used in fuel cells to produce electricity, the efficiency is typically around 40-60%. This means that some energy is lost in the conversion process, further reducing the net energy gain.
Energy Balance Considerations
Input vs. Output: The total energy input required to produce, store, and use hydrogen is often greater than the energy output. This is a common criticism of hydrogen as a fuel, especially if the electricity used for electrolysis comes from non-renewable sources.
Renewable Energy Sources: The situation improves significantly if the electricity used for electrolysis comes from renewable sources like solar, wind, or hydropower. In this case, the environmental benefits of hydrogen production can outweigh the energy losses, as it allows for the storage of excess renewable energy and its use in applications where direct electrification is difficult.
Use Cases: Hydrogen is seen as more practical in sectors where electrification is challenging, such as heavy industry, aviation, or long-haul transport, rather than in applications where direct use of electricity is feasible.
Research and Development
Advancements: Research is ongoing to improve the efficiency of electrolysis, hydrogen storage, and fuel cells. Innovations in catalysts, materials science, and renewable energy integration are key areas of focus.
Energy Economics: The overall economics of hydrogen depend not just on energy efficiency but also on factors like the availability of renewable energy, the cost of electricity, and advances in hydrogen technology.
Conclusion
While hydrogen production through electrolysis is currently energy-intensive and can consume more power than it produces when considering the entire energy cycle, it holds potential in specific scenarios where renewable energy is abundant or where other forms of energy storage and use are less viable. The future of hydrogen as a clean energy carrier will depend on continued research and technological advancements that improve its efficiency and economic viability.
#Sir kitni jagay hydrogen Store Kar Kay kitni energy lay saktay hai ji ek question aur aaj agar hydrogen Store kartay hai 10din band kitni energy miligi
Hydrogen storage and energy yield depend on various factors, including storage method and efficiency.
Storage Capacity: The amount of energy you can store in hydrogen depends on the storage technology (e.g., compressed gas, liquid hydrogen, or metal hydrides). For example, compressed hydrogen gas stored at high pressure (700 bar) has a higher energy density compared to lower pressures.
Energy Yield: The energy you get from stored hydrogen depends on the efficiency of the fuel cell or combustion system used to convert hydrogen into usable energy. Fuel cells are generally more efficient than combustion engines.
Storage Duration: Hydrogen stored for 10 days will not lose much energy due to its high stability. However, storage systems need to be well-sealed to prevent leaks and ensure safety.
If you have a specific storage method or application in mind, providing those details could help in giving a more precise estimate of energy yield.
Hi
In 80% humidity and good sunlight how much gm of H2 can be generated in one square metre?
No idea you need to research with manufacturers
any company you recommend that I can touch them for the project/
No idea
Hydrogen cell is better...nice video..pl give more informations..Thanks
Sure 👍 do share this video with others
Too costly, not affordable to comman public and govt. too. Govt. loosing foreign exchange.dolar value increase, indian rupee value decrease.
ہائیڈروجن سولر اعلی کارکردگی اور سستی قیمت پر زیادہ پیداوار کے لیے بہتر نظر آتا ہے۔ میں سمجھتا ہوں کہ ہمیں کسی بھی خطرناک واقعے سے بچنے کے لیے اسے محفوظ بنانے کے لیے کام کرنا چاہیے۔
کیا آپ بتا سکتے ہیں کہ کیا یہ ہندوستان میں تجارتی طور پر استعمال ہو رہا ہے؟ لاگت، زندگی کا دورانیہ، دیکھ بھال کے عوامل کا موازنہ مستقبل کے بلاگ میں بھی کیا جا سکتا ہے۔ شکریہ میں راولپنڈی پاکستان سے محمد شفیق ہوں۔
how does it liquefy H2 and compress it inside the tank? doesn't that process take away a lot of energy?
No idea..
Sir kisi gadi ko hlka bnane ke liye koi ges bhr skte h kya
Yes may be
What will be the cost for 600 units electric generate through this way. Installation costs please where do I get it.
No idea.. just share knowledge with you
🇵🇰 से प्यार
एपी एनवाई काफी अच्छी कोशिश की समझ की, या इलम एमएन इजाफा बी हुवा, धन्यवाद ❤
Esa plant abhi reliance industries bana rahi hai jamnagar, gujrat me. Hydrogen or solar plant dono bana rahi hai.abhi plant projects progress me hai. Aaj pata chala ye salar module or hydrozen fuel plant kyo bana rahi hai, ye reliance. 2027 me completed hogaa projects but next year manufacturing start ho jayega kafi plant ban chuka hain.
Good to know for the information.. do share this video with others
Environmental issues ka kya hoga🤔🤔🤔
No issues
Samjhane ka tarika good hai bhai ka
Thank you.. do share this video with your friends
छान माहीती सर जी ❤❤❤
Thank you.. share Karo baki logo k sath
End me store k lye b comperssor ki zurat pad ti hi hai...
Vo 1 prb h. Ku ki comperssor ko power ki zurat h.. Ye kse free huwa
Very nice research
Many many thanks.. do share this video with others also
how are you sir your teaching really too good Thanks you so much sir
So nice of you
Vayu mandal se addata bhi khatam hogi ease vatawarad par kya prabhav pade ga
Nahi
Hydrogen+ EV Will be game changer
yes.. think so..
When we are in position to have hydrogen use in home ?
You should have sunlight with good air flow
Very informative vedio
Many many thanks.. do share this video with others as well
SIR,EV ENERGY & W8ND ENERGY KA COMBINATION BAN SAKTA HAI.
No idea
It's a noble concept but the technology needs to be refined for commercial exploitation. There are many glitches as to the capital cost & output. It will become a reality in the future but for now research & development process will take time but once things are in place it will dictate the energy sector.
Yes
I AM VERY MUCH EMPRESS FOR YOUR THIS MASSAGE
Thank you.. do share with others as well
Hydrogen cell is better but it's safety measures should be much assured. At present battery cell is ok. Thanks
😊
Yes, you are right do share this video with others
When it comes to the market? I think it will take.
Don't know
Hello, you must reply to my comment.
Is it safe to compress and store H2 gas, as you know it is different from propane or methane gas. Also the ignition temperature of hydrogen is very low.
There is certain processes for doing this will try to cover in next videos
Very nice video sir
Sir is panne ki cost and capacity kitni hoti h...
Don’t know.. we just share technology
Excellent ❤❤❤❤
Many many thanks do share this video with others
Compressor gas ko garam karta he. Thanda nahi sir. Pressure increases with Temperature. PV=nRT
Correct.. do share this video with others
It's very good. It's future fuel.
thanks to aware modern technólogy
Thank you for knowledge sir you are very very great and really great
Most welcome.. do share this video with others alao
Very good information. Many Many thanks. According to the law of conservation of energy, energy from hydrogen will be equal to the electrical energy produced by the solar cells. Either you charge the batteries or produce hydrogen. All these things are extremely dangerous. Hydrogen and air mixture explodes instantly. Batteries also catch fire.Gone are the good old days of safe diesel and petrol engines.
Good to know.. do share the videos
Hydrogen panel ka rate kya padega abhi to yah Bhi Bata Diya kijiye
Hydrogen gas is more expensive if used electrolysis of water at its efficiency 40-70%. All the calculations show that hydrogen 2x to 3x cost of petrol. That is why Elon Musk says it is dump idea. The only viable option for hydrogen very limited use cases where hydrogen can be generated waste water or other and then used for generating electricity
You are correct
Hydrogen is very explosive gas. Not safe at all. To overcome this problem Toyota has developed Water engine which uses water as fuel. Hydrogen is directly generated from water and in tern engine works on hydrogen gas.
Depends upon technology.. for water we require water fuel cell which is made by hydrogen
Hava se nami sokhne se garmi nahi badhegi kya
Nahi
Ardta ,nami, moisture
आद्रता = humidity
ok do share this video with others
Sir ji Ghar ke upar solar panel lagane me cancer heart attack hoga kya aur hamara berojgar log ke liye income ke liye koi course hai kya?
Health related I don’t think k issue hoga.. courses he WhatsApp karo 9768871110
Clearly explained
Thank you.. do share this video with your friends
होय! हायड्रोजनही भविष्यात वापरणे सर्व दृष्टीने फायद्याचे होईल!!
Yes
Sir Hydrogen solar panel ki total efficiency kitni hoti hai or normal solar panel ki efficiency kitni hoti hai ???🤔🤔
Need to check
Hydrgen if we get at cheap rate it is worth to have hydrogen engine and operate the vehicle which will be totally free of pollution and saves enormous money required for foreign exchange.
Oxygen Plant, Lagaa Kar Us Ko Medical Purpos Se Use Kar Sakte He...🇮🇳🇮🇳🇮🇳
Yes.. do share with your friends
Already use ho raha hai
Kai baar filter karna padega
Excellent 👍👍
anslation result
सस्ती लागत पर उच्च प्रदर्शन और अधिक आउटपुट के लिए हाइड्रोजन सोलर बेहतर दिखता है। मेरा मानना है कि हमें किसी भी खतरनाक घटना से बचने के लिए इसे सुरक्षित बनाने के लिए काम करना चाहिए।
क्या आप बता सकते हैं कि क्या इसका उपयोग भारत में व्यावसायिक तौर पर किया जा रहा है? भविष्य के वीलॉग में लागत, जीवन काल, रखरखाव कारकों की तुलना पर भी चर्चा की जा सकती है। धन्यवाद देना । मैं रावलपिंडी पाकिस्तान से मुहम्मद शफीक हूं।
do share this video with others
Hydrogen will be widespread used in 10 to 15 years as it takes lot of improvements and it’s not commercially viable. For commercial purposes, like aerospace, steel industry, train , ship and trucking it could be benefitting immediately.
Yes.. if you like this video do share with your friends
This video is quite good for know the hydrogen solar panel working.
Isnt pure water non conductor of electricity? Water requires any salt to be added prior to electrolysis.
No