So, I received my first full month electric bill for my new solar system. Have to say I am pretty happy.....
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I just got my April PGE bill. $250 credit. I am now back for 9 months as a generator. So nice when no heat or AC is on.So, I received my first full month electric bill for my new solar system. Have to say I am pretty happy.....
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Do they actually pay you that? Or, is it "accrued" like in CA?So, I received my first full month electric bill for my new solar system. Have to say I am pretty happy.....
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nice, not like CA. If negative on the annual true up it goes away. Of course our rates are 5 times yoursThey use it to offset my charges each month, rolling any excess to the next month, unlimited accrual, if I ever leave Reliant, they send me a check for the balance.
Does it go away, or do they buy it out at a wholesale rate? It's definitely not as good as getting paid full rates, but it is potentially better than some utilities that roll credits forever and never pay out.nice, not like CA. If negative on the annual true up it goes away. Of course our rates are 5 times yours
Just bought a house in Round Rock, TX. Maybe I should put solar on it if it will get higher rent. Thoughts?So, I received my first full month electric bill for my new solar system. Have to say I am pretty happy.....
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That should be the way to do it. After all they are selling that energy to someone else and getting the money at the end of the month.APS, the Arizona utility seems to have the best deal - they pay 10.45 cents per kWh, they true-up the credit at the end of the year, and actually send you a check for your credit balance. None of this nonsense of holding the credit in perpetuity or making it disappear at the end of the year!
The second item is why we have 2 Powerwalls in the garage. Just like you, I was shocked when I found out no battery meant no power from the solar if the grid was out. Thankfully, the people on this forum really opened my eyes and ensured I ordered the correct system.There are two things about the whole utility interconnection that I don't like:
1. The 110% limit on the solar unit capacity. Why should the utility dictate how big of solar install I can have? If they really don't want to pay much for too high excess generation, they can have a limit or tiers on the buy back rate of excess generation. But simply telling me that my solar unit HAS to be a certain size is not good.
2. When the utility service is out, you can't use your solar generation unless you have batteries. The reason given for this - if the utility service men are working on their grid to restore the power, they don't want to be harmed by the flow of excess solar generation to the grid. But cutting off customers totally from their solar generation at the time of an outage does not seem to be the right away to handle this risk of service men being harmed by solar power flowing into the grid. I was quite shocked when I realized that in a situation like recent Texas where people were out of power for several days, they couldn't use their solar generation even if they had solar installed, if they didn't have battery backup!
As to point 2, its more than that. Over the couple of months of my 16.32 and 3 PWs system I have tested it by switching off from the grid as well as simply watching what happens at night. The current Tesla Gateway has the power to do two things. First, it can switch the panels completely off. Second, it can draw however much is needed from the batteries.There are two things about the whole utility interconnection that I don't like:
1. The 110% limit on the solar unit capacity. Why should the utility dictate how big of solar install I can have? If they really don't want to pay much for too high excess generation, they can have a limit or tiers on the buy back rate of excess generation. But simply telling me that my solar unit HAS to be a certain size is not good.
2. When the utility service is out, you can't use your solar generation unless you have batteries. The reason given for this - if the utility service men are working on their grid to restore the power, they don't want to be harmed by the flow of excess solar generation to the grid. But cutting off customers totally from their solar generation at the time of an outage does not seem to be the right away to handle this risk of service men being harmed by solar power flowing into the grid. I was quite shocked when I realized that in a situation like recent Texas where people were out of power for several days, they couldn't use their solar generation even if they had solar installed, if they didn't have battery backup!
So, I received my first full month electric bill for my new solar system. Have to say I am pretty happy.....
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And the bigger deal for winter is if one use gas heat or electric!!!! HUGE DIFFERENCE!!!!Not to bust your bubble but at this time of year you typically want more overage than that. What a “season” looks like in the Northeast vs TX might be different though. I just checked and I’m at 60% excess this past month. But I’ll be under in the winter months and it all evens out. You are only 44% over break even during peak overage season. You won’t really know until a year has past to see where you are really at.
Going to be interesting on the 110%. I want to add more solar, but if they take my house size, I am already over. If they take my last 12 months usage, I am over. If they take my usage a year ago, I am WAY under. But, thats for the installers to find out. If they cannot get approval, the decision is made for meThere are two things about the whole utility interconnection that I don't like:
1. The 110% limit on the solar unit capacity. Why should the utility dictate how big of solar install I can have? If they really don't want to pay much for too high excess generation, they can have a limit or tiers on the buy back rate of excess generation. But simply telling me that my solar unit HAS to be a certain size is not good.
2. When the utility service is out, you can't use your solar generation unless you have batteries. The reason given for this - if the utility service men are working on their grid to restore the power, they don't want to be harmed by the flow of excess solar generation to the grid. But cutting off customers totally from their solar generation at the time of an outage does not seem to be the right away to handle this risk of service men being harmed by solar power flowing into the grid. I was quite shocked when I realized that in a situation like recent Texas where people were out of power for several days, they couldn't use their solar generation even if they had solar installed, if they didn't have battery backup!
Massachusetts Eversource is NOT 1:1 net metering. You lose 20% when you push to the grid and pull it back. I forget where it’s applied (I think as you push you don’t get every kWh you push as fully credited). It’s not easy to figure out by their web site or your bill. And you have look at exactly what you generated and used from system. It actually took a positive month and a negative month to figure it out.Eversource in Massachusetts 1:1 net metering, no limit - if you sell you can donate any excess.
Plus a monthly check paying 8.6 cents/kWh for 10 years
ConnectedSolutions can help offset the cost a bunch. For us we don’t have natural gas and would have to upsize our in ground LP tank for a generator, so PWs were a simple way to get back-up power with less expense.That’s why it makes very little sense to get a power wall in Massachusetts’s. It would never pay for itself unless there is a SREC like deal for batteries.
I have a little $1,000 LP 4000 watt portable generator. Had it for 2 years have not needed it yet. I had gas 4000 watt portable before that for 10 years. Only time I really needed it was when I bought it and lines to our house were down, so we were last in line to get fixed. 4000 watts was plenty to be comfortable. But we do have natural gas. So it didn’t take much electricity to keep us going. But if we had electric heat you’d need that much more battery.ConnectedSolutions can help offset the cost a bunch. For us we don’t have natural gas and would have to upsize our in ground LP tank for a generator, so PWs were a simple way to get back-up power with less expense.