Congratulations on the development of a single 100W NGU modules. A few questions:
1. Does the 3kW unit consist entirely of 100W NGU units plus ancillary circuitry?
2. Can we anticipate the size and volume of a 100W unit to decrease over the previous specifications (i.e., from 7cm x 7cm x 9cm)?
3. Are you planning to demonstrate the 100W NGU unit (not including the EV demonstration)?
Dear Andrea,
thanks for the previous answer; Has the ratio between output power and volume remained the same or has it increased? If yes, by 10?
Regards, Giuseppe
Dear Andrea,
some clarification regarding the 100W E-Cat NGU: is it a combination of 10 10W cores assembled together or is it an upgrade of the previous one with a single 100W core?
Regards, Giuseppe
Dr Rossi,
The streaming you made endured more than 6 months, which means more than 4300 hours, and even assuming that the power of the light was 1 W, no battery in this world with that weight and dimensions could generate more than a tiny fraction of that energy, so what you wanted to give evidence of has been already achieved.
I agree with the readers that deemed useless a repetitoion of that streaming, while much more useful would be a demo of the NGU performing a work.
All the best,
Roberto
Dr. Rossi,
I have a theory. When you and your team were working on a project, probably the EV charger, with the last version of the e-cat, you found a problem that caused you to stop work with it. That’s not theory, of course, you have said as much. My theory, however, is that this problem had to do with unexpected rises in the output of e-cats in series. When you studied the problem you discovered a new phenomenon (but one in line with your theoretical model) that gave rise to the synergistic properties of the NGU. You have learned to control the rise in output so that when a power source (like a PV panel) is connected to the NGU you get a predictable rise in the power output, greater than the sum of the individual outputs.
Just curious (alright, nosy) – can you comment?
Also, this will allow you to create larger assemblies (like the 3kw unit) in less space.
True, false, confidential?
Thanks for your time.
Ron Stringer
Gavino Mamia:
Thank you for your information: surely the Ecat will help.
I will watch our Sinner’s matches in TV, because I do not have time to attend, as well as to attend our soccer National representative.
Warm Regards,
A.R.
p.s.
I sympathize with you much time since
Couldn’t the four conductor loops of the electron from your model correspond to the four dimensions of the electron from the article on Dirac electrons? The material could perhaps be interesting for electron condensates. Perhaps it would be an interesting material for future E-Cats?
Salve, Dott. Rossi
In Europa, dal 1° gennaio 2030, tutti gli edifici nuovi devono essere a zero emissioni e si stabilisce che, per iniziare, il 16% degli edifici non residenziali deve essere riqualificato entro il 2030.
L’importo medio non sarà inferiore ai 50.000 euro per ogni casa, ci saranno inoltre restrizioni sulle caldaie a gas già dal prossimo anno.
Tutto questo per limitare le emissioni inquinanti.
Inutile dire che l’Ecat risolverebbe tutti i problemi.
Sarà a Miami i prossimi giorni per vedere il nostro grandissimo Jannik Sinner?
p.s. la mia ansia di attesa per l’Ecat ha raggiunto livelli impensabili
TRANSLATION
In Europe, from 1 January 2030, all new buildings will have to be zero-emission and it is established that, to begin with, 16% of non-residential buildings will have to be redeveloped by 2030.
The average amount will not be less than 50 thousand euros for each home, from next year there will also be restrictions on gas boilers.
All this to limit polluting emissions.
It goes without saying that ECAT would solve all the problems.
Will you be in Miami in the next few days to see our great Jannik Sinner?
p.s. my anxiety while waiting for the Ecat has reached unthinkable levels
Frank Acland:
Sorry, probably I misphrased my comment.
I meant that the basic module for major power will be the 100 W.
The 10 W, as described in our data sheet, will be available too.
Warm Regards,
A.R.
ECAT has CE certifications.
Photovoltaic systems exist.
The sun doesn’t shine at night, which is perfect for demo purposes.
Thousands of journalists are hungry for headline news.
1) What else do you need to perform the ECAT + photovoltaic system demo?
2) What specifically prevents you from doing such a demo?
3) When can the world public expect the ECAT + photovoltaic system demo?
What would be the problem to make now a few short videos with your already existing 3 KW ecat ngu? Let it run with a water kettle, electric heating, a vacuum.
All things you have maybe at your office available, like the 3KW ecat.
Upload it to youtube, done. It is the cheapest PR and not effortful. But maybe a step forward to the one million pre-orders.
Warm regards
Johann
I am pleased to read that some of the people who follow your blog have already gone ahead with ordering the Ecat Sklep in the 3Kw power “cut” 😀
I also believe that this is the most suitable version for use in the “Domestic” sector and I am sure that following the demonstrations he intends to carry out (demonstrations which we await with sincere interest) this model will certainly become the most requested 😉
I hope you reach your goals as soon as possible, and as I “eagerly await” the next demos, I greet you warmly, thanking you for trying to keep us as updated as possible on the evolution of “your creature” 🙂
Dr Rossi,
Reading the paper http://www.researchgate.net/publication/330601653_E-Cat_SK_and_long_range_particle_interactions
I understood that you have invented the practical application of the zero point energy concept born from the experiments of Nikolas Tesla.
This is a momentous fact and I am anxious to see your product enter the market: it will be a fantastictic game changer.
I made a pre-order for a 3 kW Ecat: I suppose it will contain a system of 30 modules of 100 W each, am I correct ?
All the best,
Bob
Dear Dr. Rossi,
“The Ecat synergy with a PV system is not consistent with ‘shining’ “.
See, now that is cool. I can hardly wait to find out what this process is! I think you mentioned earlier that the synergy would not necessarily be restricted to PV systems – is that correct? Will it apply to any DC source? Any AC source?
Very exciting.
Ron Stringer
if the 100W ECAT is not a model that is intended for shining on the photovoltaic panels, then what model of ECAT will be intended for a shining on the photovoltaic panels?
Steven Nicholes Karels:
Wrong, it is not what I said: I just said that the basic module is the 100 W and that all the modules of higher power are made by the “monads” of 100 W,
Warm Regards,
A.R.
Dear Dr. Rossi,
i regularly read along your blog.
But now i ask myself, the ecat is ready to produce, but you mention no effort how you want to reach the one million pre-orders.
1) Do you have already invited enough big customers to your office to test the ecat and after that you have reached the aim of one million?
2) Could you tell us the date when you show the running ecat to these big customers?
3) Will there be additionally advertisement, short promo, youtube influencers who test it at your office? Soon?
Warm regards
Johann
“The number of housing units in the United States has been growing year-on-year and in 2022, there were approximately 144 million homes.”
Assume the following:
1. Choose a residential home that is connected to the electrical grid – electrical power history is available from the supplier.
2. Install an EG4 6000XP split phase all-in-one Solar inverter – $1,400USD unit cost.
3. Install an EG4 PowerPro battery unit – $3,800USD unit cost.
4. Demonstrate that the residential home can operate using electrical grid power only going to the Inverter.
5. The inverter has two available solar panel inputs, each rated for 100VDC to 480 VDC, up to 4kW.
6. Add one (or two) 3kW NGU unit(s) to the inverter’s solar panel input(s).
7. Disconnect the electrical grid power going to the inverter.
8. Monitor the residential home’s electrical usage for an extended period of time (months) – daily readings can be made available.
The 3kW NGU unit(s) will supply the average required electrical power.
The Battery unit will accommodate the peak power requirements (turn-on of motors, start-up of air conditioners, etc.)
The EG4 6000XP performance may be monitored by a cell phone app showing energy usage – no disconnecting the configuration, shows “PV” statistics, other usage.
If the 6000W unit is too small, there is also an 18kW inverter available.
Note: a 3kW NGU, running continuously, will supply 72 kW-hrs of energy per day. Most residential homes average around 20 kW-hrs per day (or less).
Both of you raise issues that, I believe, are important and largely complementary:
Steven talks about end-user applications which are important because the Ecat won’t make it into the market unless it finds real-world applications that it can serve better than current-day solutions. Identifying “Killer Applications” that would drive large-volume usage of the Ecat would seem like a very good thing.
Neri talks about demonstrations, of which a 3kW Stand-Alone Power Source could potentially be the perfect “Universal Widget” that you’d want to demonstrate early on. There hasn’t been a lot of discussion in this forum about what might make the best “Killer Demonstrations” but I’d imagine that a highly scaleable, stand-alone power source might quickly catch interest across hundreds of industries and not just one or two.
Anyway, I don’t view it as an either/or– I, for one, enjoy reading both of your ideas.
Wilfried:
The label we applied to the Ecat SKL NGU has been printed by a company that prints CE labels for many companies of any kind and nobody observed what you write, as far as we are aware of. Anyway, I passed on to them your observation,
Warm Regards,
A.R.
You posted “I honestly don’t understand the need for many bloggers to constantly suggest new applications for the ECAT.”
There are many applications for eCat technology but only some of them make economic sense. The cost of eCat technology is approximately $2.50USD per Watt of electrical power. This will pay for itself if used continuously over the 100,000 specified lifetime.
There are also applications where peak power demand is much greater than average power demand. The eCat technology may be too expensive where peak power is much greater than average power or where power is only required for short durations, e.g., a desktop lamp that is lit only a few hours per day.
When I look for possible applications, I seek applications that have a continuous energy requirement or a very long period of usage. Such an example is a parked electric vehicle (EV) where charging stations are not easily available in a major city where there are very limited charging station locations, and very limited parking spaces.
By suggesting applications, then AR might consider teaming with a major player in that industry or application and the eCat technology might proceed into major production.
on X @LeonardoCorpor3 shows the 3 kW E-Cat. The CE mark is shown there. As I am a professional, I would like to point out that the geometry of the CE mark shown is not correct. It would be correct if the virtual right half of the circle of the C went exactly through the left center of the arc of the E. You can find the construction drawing via Google.
A combined test scenario and application – powering a residential house.
“The average US household electricity consumption is 29 kWh per day, according to the most recent data from the US Energy Information Administration, which means the average kWh usage per month is around 870 kWh.”
This suggests that an average power output of 1.2 kW is sufficient to power a typical residential house.
So, as a test, install an all-in-one solar converter that outputs split phase 240VAC 60Hz power and that can receive solar panel power. The solar panels are typically tied in series so the input string voltage is usually between 100VDC and 500 VDC.
In this test, replace the solar panels with NGU 100W units. Say two strings of 15 100W NGU units each. Each of the two NGU strings would provide 180 VDC at 1.5 kW.
In a typical system, batteries would be included to handle surge requirements.
Then run the home, totally disconnected from the electrical grid for a month or so, while measuring and recording the energy consumption.
Steven Nicholes Karels:
1. yes
2. yes
3. yes,
Warm Regards,
A.R.
Dear Andrea Rossi,
Congratulations on the development of a single 100W NGU modules. A few questions:
1. Does the 3kW unit consist entirely of 100W NGU units plus ancillary circuitry?
2. Can we anticipate the size and volume of a 100W unit to decrease over the previous specifications (i.e., from 7cm x 7cm x 9cm)?
3. Are you planning to demonstrate the 100W NGU unit (not including the EV demonstration)?
Dear Andrea,
thanks for the previous answer; Has the ratio between output power and volume remained the same or has it increased? If yes, by 10?
Regards, Giuseppe
Steve D:
1- yes
2- yes
3- no
4- Q3 is not true
Warm Regards,
A.R.
Dear Andrea Rossi.
A further clarification to your reply to Giuseppe’s question if I may with regard to the term “units”.
“The 100 W Ecat SKLep NGU is not an assembly of 10 x 10 W units,”
1) This means the 100W unit is not an assembly of 10W mini’s?
2) A new single 100W reactor has been developed and in use?
3) 10 x 10W reactors are in use but are assembled in the fashion found in the SKL blue box?
4) Where Q3 is true, does this mean common electronics can be used to drive the reactors?
Thank You.
Giuseppe:
The 100 W Ecat SKLep NGU is not an assembly of 10 x 10 W units,
Warm Regards,
A.R.
Dear Andrea,
some clarification regarding the 100W E-Cat NGU: is it a combination of 10 10W cores assembled together or is it an upgrade of the previous one with a single 100W core?
Regards, Giuseppe
Dr Rossi,
The streaming you made endured more than 6 months, which means more than 4300 hours, and even assuming that the power of the light was 1 W, no battery in this world with that weight and dimensions could generate more than a tiny fraction of that energy, so what you wanted to give evidence of has been already achieved.
I agree with the readers that deemed useless a repetitoion of that streaming, while much more useful would be a demo of the NGU performing a work.
All the best,
Roberto
Ron Stringer:
Thank you for your opinion.
The issues we had to resolve are confidential,
Warm Regards,
A.R.
Dr. Rossi,
I have a theory. When you and your team were working on a project, probably the EV charger, with the last version of the e-cat, you found a problem that caused you to stop work with it. That’s not theory, of course, you have said as much. My theory, however, is that this problem had to do with unexpected rises in the output of e-cats in series. When you studied the problem you discovered a new phenomenon (but one in line with your theoretical model) that gave rise to the synergistic properties of the NGU. You have learned to control the rise in output so that when a power source (like a PV panel) is connected to the NGU you get a predictable rise in the power output, greater than the sum of the individual outputs.
Just curious (alright, nosy) – can you comment?
Also, this will allow you to create larger assemblies (like the 3kw unit) in less space.
True, false, confidential?
Thanks for your time.
Ron Stringer
Gavino Mamia:
Thank you for your information: surely the Ecat will help.
I will watch our Sinner’s matches in TV, because I do not have time to attend, as well as to attend our soccer National representative.
Warm Regards,
A.R.
p.s.
I sympathize with you much time since
Wilfried:
Thank you for your insight.
Our theory about the contingency of the Ecat with the ZBW is explained especially in the paragraph 5 of:
http://www.researchgate.net/publication/330601653_E-Cat_SK_and_long_range_particle_interactions
Warm Regards,
A.R.
Dear Andrea,
Couldn’t the four conductor loops of the electron from your model correspond to the four dimensions of the electron from the article on Dirac electrons? The material could perhaps be interesting for electron condensates. Perhaps it would be an interesting material for future E-Cats?
Best Regards
Wilfried
Salve, Dott. Rossi
In Europa, dal 1° gennaio 2030, tutti gli edifici nuovi devono essere a zero emissioni e si stabilisce che, per iniziare, il 16% degli edifici non residenziali deve essere riqualificato entro il 2030.
L’importo medio non sarà inferiore ai 50.000 euro per ogni casa, ci saranno inoltre restrizioni sulle caldaie a gas già dal prossimo anno.
Tutto questo per limitare le emissioni inquinanti.
Inutile dire che l’Ecat risolverebbe tutti i problemi.
Sarà a Miami i prossimi giorni per vedere il nostro grandissimo Jannik Sinner?
p.s. la mia ansia di attesa per l’Ecat ha raggiunto livelli impensabili
TRANSLATION
In Europe, from 1 January 2030, all new buildings will have to be zero-emission and it is established that, to begin with, 16% of non-residential buildings will have to be redeveloped by 2030.
The average amount will not be less than 50 thousand euros for each home, from next year there will also be restrictions on gas boilers.
All this to limit polluting emissions.
It goes without saying that ECAT would solve all the problems.
Will you be in Miami in the next few days to see our great Jannik Sinner?
p.s. my anxiety while waiting for the Ecat has reached unthinkable levels
Stephen:
Very interesting, thank you,
Warm Regards
A.R.
Dear Andrea
I thought this article and paper on Dirac Electrons may interest you and your readers.
A way to observe them is explained and also observations including magnetic field and thermal environment dependence
https://www.sciencealert.com/light-speed-electrons-discovered-moving-in-4-dimensions-for-the-first-time
https://pubs.rsc.org/en/content/articlelanding/2024/ma/d3ma00619k
Thanks and Best Regards
Stephen
Dr Rossi,
Here are the updated stats related to your papers published on Researchgate I got today from
http://www.researchgate.net/publication/330601653_E-Cat_SK_and_long_range_particle_interactions
Total Readings: 139000 ( more than 99,9% of 1.5 million papers published on Researchgate )
Prof
Johann:
Soon we will schedule the date of the next demo,
Warm Regards,
A.R.
Frank Acland:
Sorry, probably I misphrased my comment.
I meant that the basic module for major power will be the 100 W.
The 10 W, as described in our data sheet, will be available too.
Warm Regards,
A.R.
Helen Olstad:
Soon we will publish the demo date,
Warm Regards,
A.R.
Dear Dr. Rossi,
ECAT has CE certifications.
Photovoltaic systems exist.
The sun doesn’t shine at night, which is perfect for demo purposes.
Thousands of journalists are hungry for headline news.
1) What else do you need to perform the ECAT + photovoltaic system demo?
2) What specifically prevents you from doing such a demo?
3) When can the world public expect the ECAT + photovoltaic system demo?
Have A Nice Day
Helen
Dear Andrea,
Based on recent comments made here on the JONP, you seem to be saying that the basic module of the E-Cat NGU is 100 W.
On your ecatthenewfire.com website there are listed both 10 W and 100 W modules of NGU available for pre-order.
Is the 10 W module still available?
Many thanks,
Frank Acland
Dear Dr. Rossi,
What would be the problem to make now a few short videos with your already existing 3 KW ecat ngu? Let it run with a water kettle, electric heating, a vacuum.
All things you have maybe at your office available, like the 3KW ecat.
Upload it to youtube, done. It is the cheapest PR and not effortful. But maybe a step forward to the one million pre-orders.
Warm regards
Johann
Maico:
Thank you for your support.
As you know, we also put a big effort to test its application in an EV.
Warm Regards,
A.R.
dear Dr. Rossi,
I am pleased to read that some of the people who follow your blog have already gone ahead with ordering the Ecat Sklep in the 3Kw power “cut” 😀
I also believe that this is the most suitable version for use in the “Domestic” sector and I am sure that following the demonstrations he intends to carry out (demonstrations which we await with sincere interest) this model will certainly become the most requested 😉
I hope you reach your goals as soon as possible, and as I “eagerly await” the next demos, I greet you warmly, thanking you for trying to keep us as updated as possible on the evolution of “your creature” 🙂
Regards
Maico
Bob:
Thank you for your attention to the work of our Team.
Answer: yes, correct.
Warm Regards,
A.R.
Dr Rossi,
Reading the paper
http://www.researchgate.net/publication/330601653_E-Cat_SK_and_long_range_particle_interactions
I understood that you have invented the practical application of the zero point energy concept born from the experiments of Nikolas Tesla.
This is a momentous fact and I am anxious to see your product enter the market: it will be a fantastictic game changer.
I made a pre-order for a 3 kW Ecat: I suppose it will contain a system of 30 modules of 100 W each, am I correct ?
All the best,
Bob
Ron Stringer:
Correct and yes,
Warm Regards,
A.R.
Dear Dr. Rossi,
“The Ecat synergy with a PV system is not consistent with ‘shining’ “.
See, now that is cool. I can hardly wait to find out what this process is! I think you mentioned earlier that the synergy would not necessarily be restricted to PV systems – is that correct? Will it apply to any DC source? Any AC source?
Very exciting.
Ron Stringer
The Ecat synergy with a PV system is not consistent with “shining”,
Warm Regards,
A.R.
Dear Dr. Rossi,
if the 100W ECAT is not a model that is intended for shining on the photovoltaic panels, then what model of ECAT will be intended for a shining on the photovoltaic panels?
Have A Nice Sunday
Helen
Johann:
1- not yet
2- see point 1
3- will do when ready to deliver
Warm Regards,
A.R.
Steven Nicholes Karels:
Wrong, it is not what I said: I just said that the basic module is the 100 W and that all the modules of higher power are made by the “monads” of 100 W,
Warm Regards,
A.R.
Helen Holstad:
1- I think so, eventually
2- no
3- no
Have a nice Sunday you too !
Warm Regards,
A.R.
Dear Dr. Rossi,
1) As now the basic model is 100 Watt, I would like to ask: Will a 10 Watt model be produced?
2) Will the basic 100 Watt model shine on the photovoltaic panels of the existing photovoltaic powerplant with its own photons?
or
3) will the ECAT 100 Watt model have to power an LED lamp that will shine on the photovoltaic panels of the existing photovoltaic powerplant?
Have A Nice Sunday
Helen
Dear Andrea Rossi,
In response to my posting asking the status of different NGU units you responded:
“The 100 W is the basic module, the modules can be combined to reach any power level.”
From this I gather that the NGU products are only theoretical and there is no status.
Dear Dr. Rossi,
i regularly read along your blog.
But now i ask myself, the ecat is ready to produce, but you mention no effort how you want to reach the one million pre-orders.
1) Do you have already invited enough big customers to your office to test the ecat and after that you have reached the aim of one million?
2) Could you tell us the date when you show the running ecat to these big customers?
3) Will there be additionally advertisement, short promo, youtube influencers who test it at your office? Soon?
Warm regards
Johann
Steven Nicholes Karels:
The 100 W is the basic module, the modules can be combined to reach any power level.
Warm Regards,
A.R.
Dear Andrea Rossi,
Can you briefly state the status of each of the following: (e.g., in-testing, design being modified, production version ready)
1. the 10W NGU
2. the 100W NGU
3. the 3kW NGU
4. the solar panel augmentation unit.
5. the EV Demo unit
Frank:
I did it,
Warm Regards,
A.R.
Dr Rossi,
Do you really think that studying the theoretic principles published on
http://www.researchgate.net/publication/330601653_E-Cat_SK_and_long_range_particle_interactions
it is possible to make something like the Ecat SKL NGU ?
Thank you if you can answer,
Frank
Steven Nicholes Karels,
Thank you for your suggestion,
Warm Regards,
A.R.
WaltC (and Andrea Rossi),
Killer Demonstration – 3kW NGU
“The number of housing units in the United States has been growing year-on-year and in 2022, there were approximately 144 million homes.”
Assume the following:
1. Choose a residential home that is connected to the electrical grid – electrical power history is available from the supplier.
2. Install an EG4 6000XP split phase all-in-one Solar inverter – $1,400USD unit cost.
3. Install an EG4 PowerPro battery unit – $3,800USD unit cost.
4. Demonstrate that the residential home can operate using electrical grid power only going to the Inverter.
5. The inverter has two available solar panel inputs, each rated for 100VDC to 480 VDC, up to 4kW.
6. Add one (or two) 3kW NGU unit(s) to the inverter’s solar panel input(s).
7. Disconnect the electrical grid power going to the inverter.
8. Monitor the residential home’s electrical usage for an extended period of time (months) – daily readings can be made available.
The 3kW NGU unit(s) will supply the average required electrical power.
The Battery unit will accommodate the peak power requirements (turn-on of motors, start-up of air conditioners, etc.)
The EG4 6000XP performance may be monitored by a cell phone app showing energy usage – no disconnecting the configuration, shows “PV” statistics, other usage.
If the 6000W unit is too small, there is also an 18kW inverter available.
Note: a 3kW NGU, running continuously, will supply 72 kW-hrs of energy per day. Most residential homes average around 20 kW-hrs per day (or less).
Thoughts?
Steven Nicholes Karels,
Neri Accornero,
Both of you raise issues that, I believe, are important and largely complementary:
Steven talks about end-user applications which are important because the Ecat won’t make it into the market unless it finds real-world applications that it can serve better than current-day solutions. Identifying “Killer Applications” that would drive large-volume usage of the Ecat would seem like a very good thing.
Neri talks about demonstrations, of which a 3kW Stand-Alone Power Source could potentially be the perfect “Universal Widget” that you’d want to demonstrate early on. There hasn’t been a lot of discussion in this forum about what might make the best “Killer Demonstrations” but I’d imagine that a highly scaleable, stand-alone power source might quickly catch interest across hundreds of industries and not just one or two.
Anyway, I don’t view it as an either/or– I, for one, enjoy reading both of your ideas.
Thanks and Best wishes, WaltC
Wilfried:
The label we applied to the Ecat SKL NGU has been printed by a company that prints CE labels for many companies of any kind and nobody observed what you write, as far as we are aware of. Anyway, I passed on to them your observation,
Warm Regards,
A.R.
Neri Accornero,
You posted “I honestly don’t understand the need for many bloggers to constantly suggest new applications for the ECAT.”
There are many applications for eCat technology but only some of them make economic sense. The cost of eCat technology is approximately $2.50USD per Watt of electrical power. This will pay for itself if used continuously over the 100,000 specified lifetime.
There are also applications where peak power demand is much greater than average power demand. The eCat technology may be too expensive where peak power is much greater than average power or where power is only required for short durations, e.g., a desktop lamp that is lit only a few hours per day.
When I look for possible applications, I seek applications that have a continuous energy requirement or a very long period of usage. Such an example is a parked electric vehicle (EV) where charging stations are not easily available in a major city where there are very limited charging station locations, and very limited parking spaces.
By suggesting applications, then AR might consider teaming with a major player in that industry or application and the eCat technology might proceed into major production.
Dear Andrea,
on X @LeonardoCorpor3 shows the 3 kW E-Cat. The CE mark is shown there. As I am a professional, I would like to point out that the geometry of the CE mark shown is not correct. It would be correct if the virtual right half of the circle of the C went exactly through the left center of the arc of the E. You can find the construction drawing via Google.
Best Regards
Wilfried
Steven Nicholes Karels:
Thank you for your suggestion,
Warm Regards,
A.R.
Dear Andrea Rossi,
A combined test scenario and application – powering a residential house.
“The average US household electricity consumption is 29 kWh per day, according to the most recent data from the US Energy Information Administration, which means the average kWh usage per month is around 870 kWh.”
This suggests that an average power output of 1.2 kW is sufficient to power a typical residential house.
So, as a test, install an all-in-one solar converter that outputs split phase 240VAC 60Hz power and that can receive solar panel power. The solar panels are typically tied in series so the input string voltage is usually between 100VDC and 500 VDC.
In this test, replace the solar panels with NGU 100W units. Say two strings of 15 100W NGU units each. Each of the two NGU strings would provide 180 VDC at 1.5 kW.
In a typical system, batteries would be included to handle surge requirements.
Then run the home, totally disconnected from the electrical grid for a month or so, while measuring and recording the energy consumption.
Thoughts?
Neri Accornero:
Thank you for your suggestion,
Warm Regards,
A.R.