scooty_vol
Lee is my homie.
- Joined
- Feb 9, 2023
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Ours is 100k but the interior is unbelievably perfect. I spent 3 hours last night polishing oxidation from the spoiler and headlights, got it looking pretty darn good. Just a few paint chips I still need to do.
Meguire's Ultimate Compound, pad, and lots of elbow grease. Works great on superficial paint scratches, oxidation, etc too. I had my Jeep looking nearly brand new despite plenty of experience in brush/at Windrock/etc.The scourge of the new headlights. Have you found anything that really works (other than replacement) to make headlight covers clear again?
Paint em.
3M makes a good one also. Comes with the drill attachment and 3 grits of abrasive, works really well. Then apply the UV coat to it or they'll haze up in short order. Recommend removing the lamp assembly or you could take some paint off if painted trim is around the lenses. Or mask of with multiple layers of tape.Meguire's Ultimate Compound, pad, and lots of elbow grease. Works great on superficial paint scratches, oxidation, etc too. I had my Jeep looking nearly brand new despite plenty of experience in brush/at Windrock/etc.
Have a quick question I have been wondering. I know that gas stations in Oregon don't have self service pumps. Do the electrical charging stations require an attendant as well? Thanks just a dumb question I thought of.
Actually, I really appreciate that question. It never crossed my mind. Originally the state of Oregon passed a safety law (probably back around 1915 or so) that given the fire risk of refueling gas vehicles that employees of gas stations who where trained in refueling should be the ones pumping gas. As for electric recharging, maybe we've moved on past that. I do think that one reason Oregon has never allowed pumping ones own gas is related to people not wanting to get out of their cars in the rain and pumping gas. Yes the reasons have changed. And it feels like the pumping gas laws in Oregon will likely change to match the rest of the nation in a few years.
Years ago one of those trained “petroleum transfer engineers“ in NJ almost put gas in my diesel pickup. I don’t know if NJ still has a similar law as OR about pumping your own gas.
Years ago one of those trained “petroleum transfer engineers“ in NJ almost put gas in my diesel pickup. I don’t know if NJ still has a similar law as OR about pumping your own gas.
I am in South Africa right now and, while it is a small sample size, they pump gas for you as well at the places I have stopped.
Thousands of Americans Try To Take Advantage of Biden's Solar Subsidies. They Can't Connect to a Power Grid.
Shortly after President Joe Biden offered tax credits to anyone buying solar panels, a Colorado homeowner named Stacie took out loans to install $30,000 worth of panels on her roof. Nearly six months later, however, those panels sat unused, generating no power.
The problem seemed to have a simple fix: Stacie's energy provider merely needed to hook the panels up to its power grid—but there's no room.
Increased demand driven by Biden's green subsidies, combined with inadequate power grid capacity, has left thousands of green energy projects like Stacie's without power, rendering them useless. "When you put out $30,000, you sign loans, and don't have a working product, it's frustrating," Stacie told a local reporter. "There is no communication."
Stacie's predicament reflects a significant snag in Biden's green energy revolution. While the hundreds of billions of dollars in green energy spending allocated through the Inflation Reduction Act led to a flood of new wind and solar projects, America's antiquated power grid is not ready to accommodate them. Nearly 1,300 gigawatts worth of green energy projects, for example, are waiting to be connected to power, according to a recent Lawrence Berkeley National Laboratory report. The country's entire electric grid has an installed power capacity of just 1,250 gigawatts.
Thousands of Americans Try To Take Advantage of Biden's Solar Subsidies. They Can't Connect to a Power Grid.
Excellent point. What happens to the power plants that are built, but only allowed to operate at night because of solar power during the day. Most of the machinery that I've been involved with didn't like to shut down, it needed to be kept running 24/7. Thermal cycling even electronics just invites disaster.The pro solar people have ignored and tried to get everyone else to ignore how lopsided solar power generation is. You really can pump out tremendous amounts of power during the day ... when the weather is good. Problem is that the real people who generate power and who build the infrastructure to transfer power are left hanging with huge capital and operations and maintenance costs while the people with subsidized solar panels at least think they can make out like bandits. Somebody has to pay for the costs of idled plants when solar power is adding power to the grid - and it shouldn't be the average customer. That's not even getting to the problems with maintaining system voltage and especially frequency when power outputs from the non utility side is bouncing up and down. This is like letting a bunch of kids loose to dump ingredients into a batter while the baker has no control over them - only far more out of control and with far more serious consequences.
Excellent point. What happens to the power plants that are built, but only allowed to operate at night because of solar power during the day. Most of the machinery that I've been involved with didn't like to shut down, it needed to be kept running 24/7. Thermal cycling even electronics just invites disaster.
Hard to believe in the infancy of nuclear power that one peaking solution was to generate for the max and just “waste” the excess because nuclear was supposed to be so cheap. All residential customers would pay a fixed monthly rate….big coal couldn’t let that happen so that solution was regulated out of businessExcellent point. What happens to the power plants that are built, but only allowed to operate at night because of solar power during the day. Most of the machinery that I've been involved with didn't like to shut down, it needed to be kept running 24/7. Thermal cycling even electronics just invites disaster.