Hello all,
I'm posting for the first time, but I've read literally hundreds of posts here on this exceptionally helpful forum. Thank you all!
I have particularly been following the pseudo-dialogue between Cebury and Vinnie in another thread. As Vinnie has said, in that thread, that he's giving up, I thought I'd start a new thread, but my issues parallel Cebury's issues in many respects.
I am a total buy-not-lease guy and I would love to buy my PV system. So far, though, I can't rationalize the added expense. My situation is similar to Cebury's. Here's the quick breakdown:
Los Angeles DWP customer
Average kWh/month: 1400
Currently on green power option adding $8-12/month to bill
Average electric bill: $105/month
Net metering mandated, but grid charges and yearly zero balancing mean I will never zero out my bills.
My daughter's school is in a referral program with Sungevity, so I have a Sungevity bid targeted to cover about 75% of my bill.
System:
STC-DC 4.07kW
CEC0DC 3.51kW
22 x Schuco 185W
Kaco bluplanet 5002xi (240V)
Annual production estimate: 6014kWh
Cost options:
Lease at $0 up front then $62/month increasing at 3.9%/year for 20 years
Cost: $19,924 minus $1000 referral bonus (and an iPad2)
Total cost: $18,924
Lease at $6593 up front then $0/month for 20 years
Cost: $6593 minus $1000 referral bonus
Total cost: $5593
Purchase at $29,459
Less state and LADWP rebates of $6158
Less federal tax credit of $6990
Less $1000 referral bonus
Net cost $15,311
As I read these figures, I can pay $5500 now to have an insured and guaranteed system for 20 years with an option to buy at the end of the lease. Or I can pay $10,000 extra dollars up front to own that system. Suppose that system is worth $15,000 FMV at after 20 years (which sounds reasonable to me, given inflation ought to have roughly tripled dollar values by then). My choice, if I lease, is this:
1) Buy that system with $10,000 of 2011 dollars
or
2) Buy that system with $15,000 of 2031 dollars
or
3) Buy or lease a 2031 system with an unknown quantity of 2031 dollars
If I were to put those $10,000 in an investment increasing in value at the same rate as the inflation I calculated, those $10,000 ought to be worth $30,000 in 2031. So I could buy the system and still have $15,000 left over! Or have $30,000 to buy a presumably better/smaller/more efficient and NEW 2031 system.
If all this is correct, buying is simply financially crazy. And before someone mentions the added value to my home, let me repeat that, after 20 years of insured and guaranteed performance of my leased system, my $10,000 2011 investment ought to have yielded $30,000 to buy a new system. I can add my equity *then*. And if investments and inflation don't prove so high, I won't *need* $30,000.
The only thing I think I might be missing here is the possible partial depreciation I could take on a purchased system, because I do have a home office. But that's just $3000 even at 100%, and I could only take maybe 20%, since my office is only 20% the entire house at most. So that's $600. Not $10,000.
I realize that, when my local installer's bid comes in, he'll offer my a better system than Sungevity. He suggests Sanyo panels and an enPhase inverter. That system will last longer and potentially be upgradable. But is that worth $10,000 more? And will he even be able to offer that system at the same cost as Sungevity's Schuco/Kaco system? I eagerly await his bid and his sale talk, and I eagerly await someone showing me exactly where I'm lost and wrong in this matter.
I'm not sure I expressed all this entirely clearly and I'm happy to try again to clarify things. Thanks for bearing with all this detail.
Cheers to all,
Franz
I'm posting for the first time, but I've read literally hundreds of posts here on this exceptionally helpful forum. Thank you all!
I have particularly been following the pseudo-dialogue between Cebury and Vinnie in another thread. As Vinnie has said, in that thread, that he's giving up, I thought I'd start a new thread, but my issues parallel Cebury's issues in many respects.
I am a total buy-not-lease guy and I would love to buy my PV system. So far, though, I can't rationalize the added expense. My situation is similar to Cebury's. Here's the quick breakdown:
Los Angeles DWP customer
Average kWh/month: 1400
Currently on green power option adding $8-12/month to bill
Average electric bill: $105/month
Net metering mandated, but grid charges and yearly zero balancing mean I will never zero out my bills.
My daughter's school is in a referral program with Sungevity, so I have a Sungevity bid targeted to cover about 75% of my bill.
System:
STC-DC 4.07kW
CEC0DC 3.51kW
22 x Schuco 185W
Kaco bluplanet 5002xi (240V)
Annual production estimate: 6014kWh
Cost options:
Lease at $0 up front then $62/month increasing at 3.9%/year for 20 years
Cost: $19,924 minus $1000 referral bonus (and an iPad2)
Total cost: $18,924
Lease at $6593 up front then $0/month for 20 years
Cost: $6593 minus $1000 referral bonus
Total cost: $5593
Purchase at $29,459
Less state and LADWP rebates of $6158
Less federal tax credit of $6990
Less $1000 referral bonus
Net cost $15,311
As I read these figures, I can pay $5500 now to have an insured and guaranteed system for 20 years with an option to buy at the end of the lease. Or I can pay $10,000 extra dollars up front to own that system. Suppose that system is worth $15,000 FMV at after 20 years (which sounds reasonable to me, given inflation ought to have roughly tripled dollar values by then). My choice, if I lease, is this:
1) Buy that system with $10,000 of 2011 dollars
or
2) Buy that system with $15,000 of 2031 dollars
or
3) Buy or lease a 2031 system with an unknown quantity of 2031 dollars
If I were to put those $10,000 in an investment increasing in value at the same rate as the inflation I calculated, those $10,000 ought to be worth $30,000 in 2031. So I could buy the system and still have $15,000 left over! Or have $30,000 to buy a presumably better/smaller/more efficient and NEW 2031 system.
If all this is correct, buying is simply financially crazy. And before someone mentions the added value to my home, let me repeat that, after 20 years of insured and guaranteed performance of my leased system, my $10,000 2011 investment ought to have yielded $30,000 to buy a new system. I can add my equity *then*. And if investments and inflation don't prove so high, I won't *need* $30,000.
The only thing I think I might be missing here is the possible partial depreciation I could take on a purchased system, because I do have a home office. But that's just $3000 even at 100%, and I could only take maybe 20%, since my office is only 20% the entire house at most. So that's $600. Not $10,000.
I realize that, when my local installer's bid comes in, he'll offer my a better system than Sungevity. He suggests Sanyo panels and an enPhase inverter. That system will last longer and potentially be upgradable. But is that worth $10,000 more? And will he even be able to offer that system at the same cost as Sungevity's Schuco/Kaco system? I eagerly await his bid and his sale talk, and I eagerly await someone showing me exactly where I'm lost and wrong in this matter.
I'm not sure I expressed all this entirely clearly and I'm happy to try again to clarify things. Thanks for bearing with all this detail.
Cheers to all,
Franz
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