Yes that is a great idea as this product is a game changer for heating and cooling loads and is a gift to the residential market from all the commercial applications being done.
I have a patent that will complement PCM. Opening your window when the temperature is favorable will help, but not as much. The air change per hour is too small to reach the full potential of thermal storage. I have a patented switch that will turn on a fan whenever the outside temperature is favorable.
Sorry for the delay in getting back to you. Here is the link that I made available for anyone on the internet to view. If you do order tell them Lindsay sent you as I am an affiliate of theirs >:) drive.google.com/drive/folders/11UWyv6vI5GEw7ZeuFFqCJn2Lks02hC8j?usp=sharing
Sorry for the delay in getting back to you. Here is the link that I made available for anyone on the internet to view. If you do order tell them Lindsay sent you as I am an affiliate of theirs >:) drive.google.com/drive/folders/11UWyv6vI5GEw7ZeuFFqCJn2Lks02hC8j?usp=sharing
Hi sorry I no longer have a partnership with the company that is represented here so I can't share any further information on them but I love the concept of Phase change materials.
Not interested in a tiny home, I want a big house (with a tiny or non-existent carbon footprint). But before that can happen, my numbers have to come up...
That would be awesome to have a netzero impact from a larger home especially as they require so much more heating and cooling which results in creating emissions, unless you have a solar system that can accommodate. I would highly recommend checking out passive house techniques as they are the most efficient as well as phase change materials to help with reducing those loads. Thanks for commenting! www.thetinyhomelady.com/phase-change-material.html
@@tinyhomelady "passive house techniques ... as well as phase change materials" already on my list of requirements. for heating i would use solar design, both active (solar panels and such) and passive (build the house in such a way that sunlight can hit the windows in winter but not in summer). ventilation: solar chimneys that can also take advantage of the wind. cooling: traditional air conditioning uses too much power. i'd go with radiant cooling panels. and that's only a small part of what i want to do if my numbers ever come up...
Thanks for sharing. I will definitely explore this material for some applications.
Yes that is a great idea as this product is a game changer for heating and cooling loads and is a gift to the residential market from all the commercial applications being done.
I have 2000 lbs of PCM in the walls of my office grid solar home in Utah. It is Infinite R pouches of PCM at 1 pound per square foot. Works perfectly.
I have a patent that will complement PCM. Opening your window when the temperature is favorable will help, but not as much. The air change per hour is too small to reach the full potential of thermal storage. I have a patented switch that will turn on a fan whenever the outside temperature is favorable.
Hi Tony- That sounds amazing let's connect about this. Do you have a website?
Can you fix these blankets on concrete walls and plaster over them?
I don't think you would want to do that as the plaster will crack as this product expands and contracts.
Where can I found the google docs? I am interesting in the PCM.
Sorry for the delay in getting back to you. Here is the link that I made available for anyone on the internet to view. If you do order tell them Lindsay sent you as I am an affiliate of theirs >:) drive.google.com/drive/folders/11UWyv6vI5GEw7ZeuFFqCJn2Lks02hC8j?usp=sharing
Amazing webinar :0 !! thanks alot for sharing this. Is there anyway we could get the link for the google sheets with the case studies ??? many thanks!
Sorry for the delay in getting back to you. Here is the link that I made available for anyone on the internet to view. If you do order tell them Lindsay sent you as I am an affiliate of theirs >:) drive.google.com/drive/folders/11UWyv6vI5GEw7ZeuFFqCJn2Lks02hC8j?usp=sharing
CAN I GET THE PPT
Hi sorry I no longer have a partnership with the company that is represented here so I can't share any further information on them but I love the concept of Phase change materials.
Aur Gagan..... Kaisa hai?
Sab shi bhai
Vaibhav log kahan h?
Not interested in a tiny home, I want a big house (with a tiny or non-existent carbon footprint). But before that can happen, my numbers have to come up...
That would be awesome to have a netzero impact from a larger home especially as they require so much more heating and cooling which results in creating emissions, unless you have a solar system that can accommodate. I would highly recommend checking out passive house techniques as they are the most efficient as well as phase change materials to help with reducing those loads. Thanks for commenting!
www.thetinyhomelady.com/phase-change-material.html
@@tinyhomelady
"passive house techniques ... as well as phase change materials"
already on my list of requirements. for heating i would use solar design, both active (solar panels and such) and passive (build the house in such a way that sunlight can hit the windows in winter but not in summer).
ventilation: solar chimneys that can also take advantage of the wind.
cooling: traditional air conditioning uses too much power. i'd go with radiant cooling panels.
and that's only a small part of what i want to do if my numbers ever come up...