Posted by Tobius on March 27, 2006, 3:34 pm
I'm re-wiring my house and want to wire in some backup power. I was
thinking about doing this:
Install new main panel, run all non-essential circuits into it.
Install backup panel, run all essential circuits into it.
Install an inverter that feeds the backup panel.
Install a battery bank as the power source for the inverter (backup
circuits).
Connect a circuit from the main panel to the inverter to act as a
charger for the battery bank.
Connect a generator to the inverter to act as a second charging source
for the battery bank.
Constant 120V loads
--------------------------------------------------
fish pumps
cable modem
wireless network router
cable signal booster
non-peripheralled computer server (250W power supply)
Periodic 120V loads
--------------------------------------------------
apartment sized refrigerator
chest freezer
furnace blower (gas heat)
sump pump
water softener
handful of CF lights
handful of LED lights
17" LCD TV
cable box
dvd player
Periodic 240V loads
--------------------------------------------------
well pump
The only usage that I actually see this backup system getting is
periodic testing and an occasional power outtage during winter ice
storms (one to two weeks per year). Do you have any suggestions on
equipment (inverter, batteries, generator, etc.)? Any advice you can
offer would be much appreciated.
thx,
-tm
Posted by Bughunter on March 27, 2006, 5:47 pm
You might try looking at some of the wiring diagrams in the user guide for
the SW series inverters. They show various options to wire up the inverter
to the panel, generator, batteries etc.
http://www.xantrex.com/web/id/45/p/docs/pt/18/product.asp
> I'm re-wiring my house and want to wire in some backup power. I was
> thinking about doing this:
> Install new main panel, run all non-essential circuits into it.
> Install backup panel, run all essential circuits into it.
> Install an inverter that feeds the backup panel.
> Install a battery bank as the power source for the inverter (backup
> circuits).
> Connect a circuit from the main panel to the inverter to act as a
> charger for the battery bank.
> Connect a generator to the inverter to act as a second charging source
> for the battery bank.
> Constant 120V loads
> --------------------------------------------------
> fish pumps
> cable modem
> wireless network router
> cable signal booster
> non-peripheralled computer server (250W power supply)
> Periodic 120V loads
> --------------------------------------------------
> apartment sized refrigerator
> chest freezer
> furnace blower (gas heat)
> sump pump
> water softener
> handful of CF lights
> handful of LED lights
> 17" LCD TV
> cable box
> dvd player
> Periodic 240V loads
> --------------------------------------------------
> well pump
> The only usage that I actually see this backup system getting is
> periodic testing and an occasional power outtage during winter ice
> storms (one to two weeks per year). Do you have any suggestions on
> equipment (inverter, batteries, generator, etc.)? Any advice you can
> offer would be much appreciated.
> thx,
> -tm
>
Posted by Tobius on March 27, 2006, 6:03 pm
I'm reading the manuals now, thanks for the link. =)
Posted by SQLit on March 27, 2006, 6:41 pm
> I'm re-wiring my house and want to wire in some backup power. I was
> thinking about doing this:
> Install new main panel, run all non-essential circuits into it.
> Install backup panel, run all essential circuits into it.
> Install an inverter that feeds the backup panel.
> Install a battery bank as the power source for the inverter (backup
> circuits).
> Connect a circuit from the main panel to the inverter to act as a
> charger for the battery bank.
> Connect a generator to the inverter to act as a second charging source
> for the battery bank.
> Constant 120V loads
> --------------------------------------------------
> fish pumps
> cable modem
> wireless network router
> cable signal booster
> non-peripheralled computer server (250W power supply)
> Periodic 120V loads
> --------------------------------------------------
> apartment sized refrigerator
> chest freezer
> furnace blower (gas heat)
> sump pump
> water softener
> handful of CF lights
> handful of LED lights
> 17" LCD TV
> cable box
> dvd player
> Periodic 240V loads
> --------------------------------------------------
> well pump
> The only usage that I actually see this backup system getting is
> periodic testing and an occasional power outtage during winter ice
> storms (one to two weeks per year). Do you have any suggestions on
> equipment (inverter, batteries, generator, etc.)? Any advice you can
> offer would be much appreciated.
> thx,
> -tm
What ever you decide on keep an eye on selling the home. What seems simple
to you may be a deal breaker for someone else. Above all keep it simple
Posted by JoeSP on March 28, 2006, 9:12 am
> I'm re-wiring my house and want to wire in some backup power. I was
> thinking about doing this:
> Install new main panel, run all non-essential circuits into it.
> Install backup panel, run all essential circuits into it.
> Install an inverter that feeds the backup panel.
> Install a battery bank as the power source for the inverter (backup
> circuits).
> Connect a circuit from the main panel to the inverter to act as a
> charger for the battery bank.
> Connect a generator to the inverter to act as a second charging source
> for the battery bank.
> Constant 120V loads
> --------------------------------------------------
> fish pumps
> cable modem
> wireless network router
> cable signal booster
> non-peripheralled computer server (250W power supply)
> Periodic 120V loads
> --------------------------------------------------
> apartment sized refrigerator
> chest freezer
> furnace blower (gas heat)
> sump pump
> water softener
> handful of CF lights
> handful of LED lights
> 17" LCD TV
> cable box
> dvd player
> Periodic 240V loads
> --------------------------------------------------
> well pump
> The only usage that I actually see this backup system getting is
> periodic testing and an occasional power outtage during winter ice
> storms (one to two weeks per year). Do you have any suggestions on
> equipment (inverter, batteries, generator, etc.)? Any advice you can
> offer would be much appreciated.
> thx,
> -tm
I wouldn't use an inverter for all that stuff, I'd use a generator instead.
But then again, I don't have unlimited funds.
> thinking about doing this:
> Install new main panel, run all non-essential circuits into it.
> Install backup panel, run all essential circuits into it.
> Install an inverter that feeds the backup panel.
> Install a battery bank as the power source for the inverter (backup
> circuits).
> Connect a circuit from the main panel to the inverter to act as a
> charger for the battery bank.
> Connect a generator to the inverter to act as a second charging source
> for the battery bank.
> Constant 120V loads
> --------------------------------------------------
> fish pumps
> cable modem
> wireless network router
> cable signal booster
> non-peripheralled computer server (250W power supply)
> Periodic 120V loads
> --------------------------------------------------
> apartment sized refrigerator
> chest freezer
> furnace blower (gas heat)
> sump pump
> water softener
> handful of CF lights
> handful of LED lights
> 17" LCD TV
> cable box
> dvd player
> Periodic 240V loads
> --------------------------------------------------
> well pump
> The only usage that I actually see this backup system getting is
> periodic testing and an occasional power outtage during winter ice
> storms (one to two weeks per year). Do you have any suggestions on
> equipment (inverter, batteries, generator, etc.)? Any advice you can
> offer would be much appreciated.
> thx,
> -tm
>