I'm factoring in labor. It was an extremely bad deal - they were praying on the fact most home owners do not have familiarity with solar installation pricing.
Like I said, I would love to still do it on my own, but it just doesn't make sense for our household.
In moderate climates in the US, peak loads are typically the hottest and sunniest hours of the day since condenser units are the most energy-hungry appliance in most homes. Clouds notwithstanding, peak solar generation would typically align (or closely align) with peak load time.
Batteries would also help a lot - they should definitely be subsidizing the installation of those as well but unfortunately they aren't yet (at least not in my state).
Sorry, maybe I wasn't being clear.
My area has solar incentive programs that are run through the energy utility - meaning the state makes available zero-interest loans for the purposes of solar installation, but those loans are only available through an entity partnered with our utility. They limit the number of homes in each area that are eligible through this program so that solar generation never exceeds demand. Our home was eligible through the program, so I had them come out to give us a quote. Our utility is also transitioning to surge pricing and smart metering, so there's a pretty high demand for solar installation in my area and they know that they'd lose out on a lot of revenue if everyone installed their own solar systems.
A part of that process was them asking for the last year of energy bills, along with taking measurements and doing daylighting analysis on our roof area. At the end, they gave us a quote for a 15 year loan for the equipment and installation, and it just so happened that the monthly payment was the same as our average energy bill. I work in AEC and I know what solar panels cost, and they had inflated their price by more than double what it would cost at market rate.
Of course I could install my own panels, but it would be out-of-pocket and I would have to seek out and apply for out-of-state incentive programs myself, but I can't afford the up-front costs and the loan terms don't make sense for how long we'll be in this house. Id love nothing more than to do it myself, even at a loss if that's what it took, but I have a spouse that is less spiteful than I am.
It's separate from the main meter and connected directly at the condenser unit.
It monitors power draw and acts as a relay when the provider sends a shutoff signal. The thermostat thinks the system is still going, and the fans still push air through the vents, but the coils aren't being cooled anymore so the air gets hot and musty.
What about when democrats are the ones splitting the ticket?
Energy providers should install smart meters that shut off the power to AI server farms instead of residential air conditioners during peak loads.
I had my energy company remove their LVTC smart meter this week after they started using it to shut off our condenser unit during our 100 degree days
The fact that it exists at all is bad enough, but they were doing this at a time when our AC was already malfunctioning due to low refrigerant. On the day they first shut it off, our house reached 94 degrees.
The program that the previous owner signed up for that enabled them to do this gave them a fucking two dollar a month discount.
I use a smart thermostat to optimize my home conditioning - having a second meter fucking with my schedule ends up making us all miserable. Energy providers need to stop fucking around and just build out their infrastructure to handle worst case peak loads, and enable customers to install solar to reduce peak loading to begin with.
The other thing that kills me about this is that our provider administers our city's solar electric subsidy program themselves. When i had them come out to give us a quote, they inflated their price by more than 100% because they knew what our electricity bill was. All they did was take our average monthly bill and multiplied it by the repayment period. I could have been providing them more energy to the grid at their peak load if they hadn't tried scamming me.
FUCK private energy providers.
The lie was that only Palestinians have lived there for thousands of years.
Correction: the government of Israel
Israel (the state) has always given special rights to ethnic Jews. It was founded *as an explicitly Jewish state. Jews have always been given a unique right to freely immigrate and gain citizenship, while limiting Palestinian's right to even return to their homes in Israel after having to flee. It isn't just about the current government - Israel has always been predicated on an ethno-religious immigration campaign. No other nation on the planet is as singularly-focused on the ethnic makeup of its population, to the point that they have an actual program to retrieve the reproductive material of soldiers who die in combat. Zionists will waste no time calling you antisemitic if you were to suggest that Israel should provide equal rights regardless of ethnic or religious identity, or suggest that Palestinians and Jews might live together on their shared ancestral land. It's that idea that Palestinians are so violent that they'd just "destroy all the Jews" if they were to ever be given equal status that is the wildly bigoted and racist one.
This isn't some transient political movement unique to Netanyahu's government, it's been a principle feature of its mission since it's founding.
Again, where was the lie?
They’re ethnically the same, brothers and sisters
Not according to the state of Israel
The study you're referencing is looking at paternal lineage of Israelis born in Israel, not the ancestral lineage of all Israelis.
A second-generation Israeli would be considered 'From Israel by paternal country of origin" in this census, because their paternal country of origin would be Israel.
The bulk of immigration happened in the 1950's-1970's. The number of Israeli's who's ancestors lived in Israel before the establishment of the Israeli state isn't ~~a known or studied figure~~ a definitively answered question, but it's reasonable to assume that it's a minority given the large migrations that happened during and after the Nakba.
The only real information we have regarding the make-up of Palestine before its partitioning are a couple of censuses done during the British occupation, but it was during a period of time when zionist jews were already beginning to migrate. Here's the topline:
The census found a total population of 1,035,821 (1,033,314 excluding the numbers of H.M. Forces),[2] an increase of 36.8% since 1922, of which the Jewish population increased by 108.4%.[1]
The population was divided by religion as follows: 759,717 Muslims, 174,610 Jews, 91,398 Christians, 9,148 Druzes, 350 Bahais, 182 Samaritans, and 421 reporting no religion.[3] A special problem was posed by the nomadic Bedouin of the south, who were reluctant to co-operate. Estimates of each tribe were made by officers of the district administration according to local observation. The total of 759,717 Muslims included 66,553 persons enumerated by that method.[4] The number of foreign British forces stationed in Palestine in 1931 totalled 2,500.[5]
Where's the lie? Have Palestinians not lived in the area for thousands of years or maintained a distinct culture, even while being occupied by other empires?
This curve has changed somewhat since this study in 2016. More efficient home insulation, remote working, and energy-efficient cooling systems have large impact in this pattern. But assuming you have a well-insulated home, setting your thermostat to maintain a consistent temperature throughout the day will shift this peak earlier and lower the peak load at sunset, when many people are returning home. More efficient heat pumps with variable pressure capabilities also helps this a lot, too.
Given just how many variables are involved, it's better to assume peak cooling load to be mid-day and work toward equalizing that curve, rather than reacting to transient patterns that are subject to changes in customer behavior. Solar installations are just one aspect of this mitigation strategy, along with energy storage, energy-efficient cooling systems, and more efficient insulation and solar heat gain mitigation strategies.
If we're discussing infrastructure improvements we might as well discuss home efficiency improvements as well.