For years, the debate over the American electric grid has been trapped in a false choice. You’re either a "fossil fuel guy" or a "Green New Deal guy.”
As someone who grew up in the heart of Pennsylvania coal country and spent my career in the trenches of Republican politics, I’ve always been a "what works" guy. And right now, the loudest voices in the room are clinging to a myth that is actually making our energy more expensive and our grid more vulnerable.
We’re told that solar energy is a luxury of the left - a fragile technology that fails the moment the sun goes down. Critics scoff that "the sun doesn’t shine at night," implying that relying on renewables is a recipe for a dark, cold America.
This isn't just a talking point. It’s become a litmus test for political loyalty. But as a conservative, I believe in looking at the math, the engineering, and the bottom line. And the math says the 24/7 grid myth is costing us a fortune.
The woke energy transition isn't the threat. Ideological blindness is. If we want to achieve true American energy dominance, we have to stop treating the power grid like a 1950s museum piece. We don’t need every power plant to run 8,760 hours a year any more than we need a snowplow to run in July. We need a grid that responds to reality, not rhetoric.
The reality is that our current system is stressed to the breaking point by late-afternoon peaks, not nighttime lulls. By pairing solar with American-made battery storage, we aren't going green for the sake of optics. We’re deploying a tactical strike against high costs and grid instability. We’re using the most efficient tools available to protect the American ratepayer.
It’s time to stop the zero-sum game. Embracing solar and storage isn't a surrender to the radical left. It’s a common-sense embrace of 21st-century American ingenuity. If we want to keep the lights on and the prices down, we need to stop arguing about the weather and start talking about the engineering.
The assertion that solar combined with storage fails because it isn't always on relies on a misunderstanding of how electricity is actually consumed. Critics obsess over 8760 power (the 8,760 hours in a year) assuming the grid requires maximum-capacity generation every second of every day.
In reality, the grid is built for the extremes: those sweltering August afternoons when every air conditioner is humming. For the vast majority of the year, most systems operate at only 40% to 60% capacity. At night, demand plummets. Designing the entire grid around the nighttime flaw of solar is like saying a car is useless because it doesn’t help you travel while you’re sleeping.
The unreliability of solar at night is actually a non-issue for grid engineers. There is no grid peak at night; there is barely any load. The moments of true danger - the moments where your bills skyrocket and the risk of blackouts rises - occur during the late afternoon and early evening.
This is precisely where the pairing of solar and utility-scale battery storage acts as a force multiplier. Solar peaks during the midday heat, soaking up fuel-free energy. When the sun sets and the evening surge begins - exactly when the grid used to struggle - those batteries discharge instantly.
Historically, utilities handled these surges by building peaker plants - usually gas-fired generators that sit idle 350 days a year, costing millions in maintenance just to be ready for a few hours of crisis. This is an archaic, expensive way to run a country.
Replacing these peaker relics with solar-and-storage isn't just about carbon. It’s about cold, hard economics. It reduces the need for expensive, fuel-dependent emergency generation. Unlike thermal plants that take time to spin up, batteries respond in fractions of a second. And it creates a decentralized, flexible grid that is harder to knock out and easier to manage.
The goal isn't to force a square peg into a round hole by making solar act like a nuclear reactor. The goal is to use the right tool for the right job.
We shouldn’t even think about doing away with the baseline gas and nuclear plants that provide our steady state. Instead, we should use solar and storage to manage the volatile, expensive peaks that currently drive up our national energy bill.
To dismiss these technologies as unreal is to fundamentally misunderstand the modern economy. It’s time to retire the disingenuous talking points and recognize solar plus storage for what it truly is: a reliable, economical, and indispensable cornerstone of American energy infrastructure.
