Here's a better answer (and a lot cheaper). MOVE!!!
That's actually fairly impressive!Fabulist said:Maybe one of these (the turntable, not the car) to make it easier to get out of the garage safely ...
If you are thinking about those things then you would probably want to figure a built in air compressor and possibly a vacuum.ct-fiskerbuzz said:That's actually fairly impressive!Fabulist said:Maybe one of these (the turntable, not the car) to make it easier to get out of the garage safely ...I wonder what something like that costs... It looks like it takes way too much space though.
(I was thinking more along the lines of sumps or undercarriage access systems or some such though.)
If you click on the picture in my post, it will take you to the website I found. They claim:ct-fiskerbuzz said:That's actually fairly impressive!Fabulist said:Maybe one of these (the turntable, not the car) to make it easier to get out of the garage safely ...I wonder what something like that costs.
These things are popular among the very affluent San Francisco residents who have large homes sitting on steep hills (to capture the view) but who do not want to back their cars into steep narrow and busy side streets when they want to leave their house.Car, automobile and truck turntables start at $27,950 and include all drawings and schematics for contractor installation.
Not a problem here; the Salt Lake Valley is the bottom of what used to be Lake Bonneville 10,000 years ago, and hence relatively flat.Fabulist said:These things are popular among the very affluent San Francisco residents who have large homes sitting on steep hills (to capture the view) but who do not want to back their cars into steep narrow and busy side streets when they want to leave their house.
Hm. Probably not going to do an OR light (I already have a stand/hang style halogen for that sort of thing instead), but yes, it definitely needs good lighting.But on a serious note, one thing that is often lacking in garages is good lighting. If you plan to work on your cars, I would suggest getting a lighting designer involved and put up sufficient directed lighting (maybe get an old-school operating room lights from a place like this) to both highlight your cars and to light up the engines compartment when you have the hood open.
The architect and builder are looking for doors that go with the house architecture. This sort of limits the selection, unfortunately.BillyO said:As far as the garage door goes I chose a fiberglass garage door that has the appearance of wood on the outside and is insulated.
I'd like to do solar PV but the cost is pretty badly overrunning my initial budget now. I may have to leave out the fancy home automation system, for instance.If you are changing out the electric panel it's a good time to consider a backup generator too (or solar panels).
I am not sure this is what @BillyO meant, but grid-tied solar panels cannot be used for backup power. Grid-tied inverters disconnect the panels if you lose grid power to prevent injury to power company personnel who may be working on the lines. Transformers work both ways, as the saying goes.BillyO said:If you are changing out the electric panel it's a good time to consider a backup generator too (or solar panels).
Even if you are not putting in the solar panels right away, while the walls are open make sure you have a conduit installed to get the wires from the roof to the where the inverter is going to be installed. Otherwise, they will have to run the conduit on the outside of the house which is not very pretty.ct-fiskerbuzz said:I'd like to do solar PV but the cost is pretty badly overrunning my initial budget now. I may have to leave out the fancy home automation system, for instance.![]()
Fabulist, just wondering if the battery/inverter backup power you are talking about. Can the 21KWh Karma battery be used for such an emergency backup power for the house? v2h (vehicle to house) like v2g (vehicle to grid). All Karma needs is a DC outputFabulist said:I am not sure this is what @BillyO meant, but grid-tied solar panels cannot be used for backup power. Grid-tied inverters disconnect the panels if you lose grid power to prevent injury to power company personnel who may be working on the lines. Transformers work both ways, as the saying goes.BillyO said:If you are changing out the electric panel it's a good time to consider a backup generator too (or solar panels).
For backup power, you may want to consider a large battery+inverter setup rather than a generator. This avoids the need for storing fuel at home. Here is the one I am considering (I put in the transfer switch and the emergency power subpanel during a major remodel four years ago):
![]()
Best part is that you can buy it on Amazon.
-- Fab.[hr]
Even if you are not putting in the solar panels right away, while the walls are open make sure you have a conduit installed to get the wires from the roof to the where the inverter is going to be installed. Otherwise, they will have to run the conduit on the outside of the house which is not very pretty.ct-fiskerbuzz said:I'd like to do solar PV but the cost is pretty badly overrunning my initial budget now. I may have to leave out the fancy home automation system, for instance.![]()
-- Fab.
This may be of interest:Sparky168 said:Fabulist, just wondering if the battery/inverter backup power you are talking about. Can the 21KWh Karma battery be used for such an emergency backup power for the house? v2h (vehicle to house) like v2g (vehicle to grid). All Karma needs is a DC output![]()
Exactly. Thanks.Wimbledon said:This may be of interest:Sparky168 said:Fabulist, just wondering if the battery/inverter backup power you are talking about. Can the 21KWh Karma battery be used for such an emergency backup power for the house? v2h (vehicle to house) like v2g (vehicle to grid). All Karma needs is a DC output![]()
Nissan Leaf ‘can power your home’
Interesting to see those numbers. At 10 kWh/day a Japanese home would use about 300 kWh in a month. (And of course 12 => 360.) In Calif, I got by with a "mere" 700 kWh/mo, now it's over 1000.
I have a 17 KW backup generator powered by natural gas so no need to store fuel. It's enough for the kitchen, master bedroom and one 4 ton AC.Fabulist said:I am not sure this is what @BillyO meant, but grid-tied solar panels cannot be used for backup power. Grid-tied inverters disconnect the panels if you lose grid power to prevent injury to power company personnel who may be working on the lines. Transformers work both ways, as the saying goes.BillyO said:If you are changing out the electric panel it's a good time to consider a backup generator too (or solar panels).
For backup power, you may want to consider a large battery+inverter setup rather than a generator. This avoids the need for storing fuel at home. Here is the one I am considering (I put in the transfer switch and the emergency power subpanel during a major remodel four years ago):
![]()
Best part is that you can buy it on Amazon.
-- Fab.[hr]
Even if you are not putting in the solar panels right away, while the walls are open make sure you have a conduit installed to get the wires from the roof to the where the inverter is going to be installed. Otherwise, they will have to run the conduit on the outside of the house which is not very pretty.ct-fiskerbuzz said:I'd like to do solar PV but the cost is pretty badly overrunning my initial budget now. I may have to leave out the fancy home automation system, for instance.![]()
-- Fab.
While this was true when I installed my PV array and backup generator in 2006, you can now get inverter systems that can connect to both the grid and to backup batteries. The inverter is smart enough to disconnect fully from the grid when it switches to battery power.Fabulist said:I am not sure this is what @BillyO meant, but grid-tied solar panels cannot be used for backup power. Grid-tied inverters disconnect the panels if you lose grid power to prevent injury to power company personnel who may be working on the lines.BillyO said:If you are changing out the electric panel it's a good time to consider a backup generator too (or solar panels).
Nice! Used to be you had to go with Trace/Xantrex for a dual-mode system.dennis said:While this was true when I installed my PV array and backup generator in 2006, you can now get inverter systems that can connect to both the grid and to backup batteries. The inverter is smart enough to disconnect fully from the grid when it switches to battery power.
@Sparky: of course it can be but at 20KWH, it is not storing enough power. Some of these units can put out 3000W for up to 72 hours using relatively inexpensive truck batteries for storage. At that rate, the Fisker battery would last just under 7 hours. Unlike a mobile application, the emergency power system is a fixed installation and not as constrained by size or cooling issues as the power unit for a car, so you can scale up a lot easier using inexpensive Lead Acid batteries and don't need to spend the money on exotic chemistry or thermal control systems.Sparky168 said:Fabulist, just wondering if the battery/inverter backup power you are talking about. Can the 21KWh Karma battery be used for such an emergency backup power for the house? v2h (vehicle to house) like v2g (vehicle to grid). All Karma needs is a DC output![]()
@Dennis: I asked my PV contractor for a battery backup system and they basically refused to even consider it for a grid-tied system. That's why I had to find a solution that is agnostic about the power source. This actually turned out to be a blessing because I had more flexibility in where I could put the battery enclosure since I did not have extra space in my garage where the inverter is located.dennis said:While this was true when I installed my PV array and backup generator in 2006, you can now get inverter systems that can connect to both the grid and to backup batteries. The inverter is smart enough to disconnect fully from the grid when it switches to battery power.