“Facebook is indeed a powerful and influential company, but these people all need a reality check. The social media site does not wield nearly as much power as actual governments. Facebook doesn’t drop bombs on its enemies or send troops to bust down their doors and kill them. Facebook can’t put people in jail, or confiscate their money, or forbid them from gathering in groups, or force children as young as three to wear masks while they play sports outside. The only thing Facebook can do is stop people from posting on Facebook.”
“That the Department of Justice sought the private phone data of US lawmakers without their knowledge is remarkable and disturbing. While details are still emerging, the exchange sets a concerning precedent about the ability of the executive branch to obtain the digital records of lawmakers as well as tech companies’ roles in complying with such orders.”
“The DOJ’s inspector general, Michael Horowitz, announced on Friday that he will start a review of the agency’s actions under the Trump administration and will look at “whether any such uses, or the investigations, were based upon improper considerations.””
“Although Rep. Liz Cheney (R–Wyo.) easily survived a February attempt to replace her as chair of the House Republican Conference after she voted to impeach Donald Trump, she is expected to lose her post on Wednesday as punishment for her continued criticism of the former president’s fantasy that Joe Biden stole the 2020 election. House Minority Leader Kevin McCarthy (R–Calif.), who supported Cheney in February, now favors replacing her with Rep. Elise Stefanik (R–N.Y.), who is willing to indulge Trump’s fanciful belief that massive, orchestrated fraud deprived him of his rightful victory.
The comparison between Cheney and Stefanik speaks volumes about the extent to which the Republican Party has devolved into a personality cult that elevates Trump’s capricious demands above any principles or policies it once claimed to support.”
“Aside from her willingness to bend reality so that it conforms with Trump’s self-flattering delusions, what does Stefanik have to offer as a Republican leader? “Elise Stefanik is NOT a good spokesperson for the House Republican Conference,” the Club for Growth declared on Twitter last week. “She is a liberal with a 35% CFGF [Club for Growth Foundation] lifetime rating, 4th worst in the House GOP. House Republicans should find a conservative to lead messaging and win back the House Majority.”
By contrast, Cheney’s CFGF lifetime score, which is based on votes that reflect a commitment to fiscal discipline, low taxes, restrained government, and economic freedom, is 65 percent. It is clear that resisting the Democratic agenda counts for less in the GOP’s priorities than kowtowing to one man’s whims.”
“Most of these bills are not as aggressive as Georgia’s, but they all undermine localities’ ability to self-rule. In this way, Illinois State University political scientist Lori Riverstone-Newell told FiveThirtyEight, they’re part of an increasing trend of states preempting local government in order to retain power for themselves: Conservative legislatures, in particular, have passed several laws in recent years that limit the types of laws municipalities can pass, including sanctuary-city protections, anti-LGBT discrimination ordinances and minimum-wage increases (especially in the South). These laws can often have what Riverstone-Newell calls a “chilling effect,” where the mere threat of having their power taken away makes local officials afraid to govern as they see fit.”
“Over the past three decades, 30 states — red and blue alike — have passed laws requiring electric utilities to use more clean energy. Since 2015, 10 states have adopted 100 percent clean electricity standards, requiring the transition to fully 100 percent carbon-free power. And six more have committed to that goal. State laws are popping up so fast, it’s hard to keep track. Across the country, 170 cities have policies to get to 100 percent clean. As a result, more than one in three Americans already live in a place that’s committed to reaching 100 percent clean power.
We know this approach is technologically possible. Wind, solar, batteries, transmission lines, and other technologies can replace dirty fossil fuels. Google, one of the largest electricity consumers in the country, is aiming for 100 percent clean power, real-time at all its facilities by 2030.
With all this state and local leadership, it’s not surprising that this approach is popular with the public. In independent polls from both Data for Progress and the Yale Program on Climate Change Communication, run over the past few months, more than two-thirds of voters support the federal government moving the country to 100 percent clean power by 2035.
And once we implement this policy nationally, it should stay popular because clean energy saves customers money.”
“Many utilities continue to operate old, uneconomic coal plants. In just three years, these plants cost customers an additional $3.5 billion to keep open — and that’s before we add in all the extra hospital bills for folks breathing in their pollution day after day. Or the cost of destabilizing our climate. Replacing these dirty plants with clean power is not only good for our health; it’s also good for our wallets.”
“In our research for our report, we spent months talking with congressional offices, parliamentary experts, think tanks, climate advocates, and others, and have concluded that it is possible to pass a CES through the budget reconciliation process. In our report, we identify several ways a CES can fit with the Byrd Rule.”
“It’s not yet clear how many Texans died amid the cold, but several people died after they lost power, including an 11-year-old boy. Others died from carbon monoxide poisoning as they burned fuel indoors or ran their cars in desperate attempts to stay warm. Millions lost drinking water for days.
The blackouts cost the state economy upward of $130 billion in damages and losses, and some people who did have power saw their bills spike by thousands of dollars. Grid operators say that the situation could actually have been a lot worse, with the system minutes away from a monthslong blackout.
Texas politicians have not earned much sympathy from the ordeal. Texas Sen. Ted Cruz derided California’s “failed energy policies” when the Golden State suffered blackouts last year. Gov. Greg Abbott went on television to erroneously link the power outages to the Green New Deal. Other Texas politicos blamed iced-up wind turbines for the electricity shortfall when the majority of the power losses were from natural gas.
But this was a disaster that Texas should have seen coming. The state’s power grid has been creaking for years with underinvestment, despite previous winter outages, including one in 1989 and one in 2011 under very similar circumstances. And since 2011, the Texas population has grown by more than 4 million people to nearly 30 million residents, further increasing energy demand.”
“By now, the factors behind the Texas winter blackout are well-established: The coldest temperatures in 30 years triggered a sudden spike in wintertime energy demand, while the chilly weather led to coal piles freezing, a nuclear reactor tripping offline, and wind turbines icing up. Most importantly, the state’s largest source of electricity, natural gas, suffered shortfalls as wellheads froze, icy condensation blocked pipelines, and compressor stations shut down.
Much of the remaining gas was prioritized for heating rather than electricity. In total, about 34,000 megawatts of power generation shut down, more than 40 percent of peak winter demand.
Faced with such huge a mismatch between supply and demand, grid operators initiated blackouts to relieve the grid in the hope of staving off even more outages.”
“The Texas Public Utility Commission did issue guidance for making the state’s power grid more resilient to extreme weather, including severe cold, but the guidelines were voluntary and largely ignored.
Another issue for Texas is that the state’s electricity system is deregulated and almost entirely market-driven, unlike other states that have more specific rules about how the system should be run. In Texas, retail utilities buy electricity from power providers — companies that operate power plants — at fluctuating prices based on supply and demand and then sell them to customers.
The idea was that this would allow the power system to self-regulate and self-optimize while providing lower energy prices than a more regulated market. Periods of high electricity prices would spur generators to put more electrons on the grid and vice versa.
In practice, what this system meant was that when wind and solar power were abundant, they could undercut other power generators in price since wind and solar have no fuel cost and very low operating costs. Coal, nuclear, and gas power plants were then pushed to recoup their operating costs during periods of higher energy demand while also competing with each other, narrowing the windows where they could operate profitably. That left little incentive to build up extra electricity production capacity to deal with unexpected demand spikes or supply shortfalls.
“In fact, the incentives direct you to remove capacity from the market,” Hirs said. “If I add capacity to the market, I’m ensuring lower prices.”
The system worked when energy supply and demand followed predictable patterns. But when it deviated, like it did during Winter Storm Uri, it led to outages. As for customers, they ended up paying more. According to an analysis by the Wall Street Journal, Texas residential electricity customers under deregulated utilities paid $28 billion more than they would have under electricity rates charged by conventional regulated utilities in the state.
So the promise of greater reliability and lower costs did not materialize for millions of Texans under the state’s free-for-all, go-it-alone energy system. “This is a collision of naïve idealism and the real world,” Hirs said. ”
“While the Texas grid is unique in many respects, the problem of underinvestment in energy infrastructure is all too common throughout the US. Much of the power grid was built decades ago. In addition to the wear and tear that comes with age, the power grid is stressed by a growing population and its rising energy demands.”
“The broader problem is that every power system struggles to make the case to spend money on things that may never be used. The costs are upfront but the benefits are far away and theoretical. And that case doesn’t just have to be made to regulators, but to consumers.”
“Just like a blackout isn’t the result of any single point of failure, protecting the grid against them demands more than any single solution.
Faced with the prospect of more outages, there are a number of technical fixes: More energy storage, distributed power generation, interconnections across the major power grids, greater redundancy, microgrids, demand response, increasing energy efficiency, and hardening infrastructure.
But these things all cost money or eat into the margins of existing utilities. Trying to completely avoid all types of blackouts and grid disruptions stands to be prohibitively expensive, so part of the solution will also be managing failures and learning to bounce back after an outage.”
“it wasn’t as if those running the Texas energy system’s various fiefdoms—the grid, the power plants, the natural gas–production facilities—hadn’t been warned about the dangers of severe weather. Hell may not freeze over, but history suggests that Texas’s energy system does—and with some frequency. In 1989, in 2003, and in 2011, the state experienced, to varying degrees, simultaneous shutdowns of power plants and parts of its natural gas–producing infrastructure, as significant swaths of both of those critical systems were incapacitated by arctic temperatures, triggering blackouts.
The frigid weather during the first four days of February 2011 knocked off enough power generation throughout ERCOT—about 29,000 megawatts of capacity—that ERCOT initiated blackouts affecting about 3.2 million customers, according to a voluminous postmortem of the failure produced in August 2011 by the Federal Energy Regulatory Commission and the North American Electric Reliability Corp. That report suggested the state add teeth to its effort to gird its energy infrastructure for wintry weather. Among its policy recommendations was that in states in the Southwest, including Texas, legislatures require power companies to submit winterization plans and give their public-utility commissions the authority to require senior executives of power companies to sign off on those plans and the authority “to impose penalties for non-compliance.” Magness, the ERCOT chief, said that in the wake of the 2011 report he and others met with Texas power generators to suggest that they better winterize their facilities. He was asking, not telling. “It wasn’t a conversation like, `I’m your regulator and you have to do this,’” he recalled. “It was sharing those best practices.””
“Under the deregulation scheme passed by the Legislature more than two decades ago, Texas has a market design that allows generators to make money only by selling juice—not for investing in equipment that could help produce extra power in the event of an emergency. Critics contend that this approach, part and parcel of Texas’s aversion to regulation, makes the state’s energy system less reliable, even as it boosts profits for some market participants. Based on their biographies on the ERCOT website, at least eleven of the fifteen ERCOT board members have current or prior ties to the energy industry.”
“Texas lawmakers, as they investigate what went wrong this past week, ought to explore weatherization mandates.”
“better weatherizing power infrastructure, like inducing electricity producers to invest in extra generating capacity, likely would raise Texans’s electricity rates. “Is it worth the cost to consumers?” he asked. I asked him if ERCOT had any answer to that question. “I am not aware,” he said, “that we have ever conducted a real cost-benefit analysis on that topic.””
“the electricity blackout and frozen pipes in Texas had significantly curtailed the state’s production of oil and natural gas. IHS estimated that nearly 20 percent of natural-gas production, and perhaps an equal or greater percentage of oil production, in the continental U.S. in the first half of February had been shut in—and that the Permian Basin, the big oil-producing region that sits largely in West Texas, accounted for the biggest share of that production drop.
A couple of hours later, the governor, who earlier in the week had called for top ERCOT leaders to resign, issued an announcement. Years after Texas officials had been advised to do so, Abbott said he would ask the Legislature to mandate the winterization of power plants across the state—and to “ensure the necessary funding” for it.”
“For residents of the Lone Star State, the problem stems from both a record spike in electricity demand in a place that rarely gets this cold, as well as an unexpected drop in the supply of energy from natural gas, coal, wind, nuclear, and solar sources besieged by cold and ice.
This combination of shortfalls has forced power grid operators to conduct rolling blackouts, where power is shut off to different areas for a limited period of time. Local utilities are asking customers to conserve power and set their thermostats lower. For some customers, these blackouts aren’t rolling, instead stretching on for an unknown duration. On Tuesday afternoon, grid operators told Texas legislators that outages could last for days and that they weren’t sure when the power outages would end.”
“Ordinarily, ERCOT plans for winter to be much warmer and anticipates a lower energy demand. Power providers often schedule downtime and maintenance during the winter months to prepare for the massive annual surge in electricity demand in the hot Texas summer. The state’s ample wind and solar energy resources are also diminished in the winter, so ERCOT doesn’t depend on them to meet much of the demand they anticipate.
However, the cold itself posed a direct challenge to the power sources that the state was counting on. Wind turbines iced up. Coal piles froze.
The biggest shortfall in energy production stemmed from natural gas. Gas pipelines were blocked with ice or their compressors lost power. Much of the gas that was available was prioritized for heating homes and businesses rather than generating electricity. That’s helpful for people who use gas for heating but less so for those who use electric furnaces.”
“The Texas blackouts may also be a symptom of a lack of proper upkeep. “The ERCOT grid has collapsed in exactly the same manner as the old Soviet Union,” Ed Hirs, an energy fellow in the department of economics at the University of Houston, told the Houston Chronicle. “It limped along on underinvestment and neglect until it finally broke under predictable circumstances.””
“Most of the shortfall in electric power generation during the current cold snap is the result of natural gas and coal powered plants going offline.”
“Of the 34 gigawatts generation capacity forced offline, Schauer estimates that about 27 gigawatts of coal, nuclear, and gas capacity is unavailable in part because the cold has driven up demand for natural gas for heating. “That’s the bigger problem,” he told Bloomberg News. The pipeline system is not able to deliver enough natural gas to supply both higher demand for home heating and power generation.
In fact, similar state-wide power outages previously occurred in February 2011 when wind and solar power constituted less than 4 percent of Texas’ generation capacity. The Federal Energy Regulatory Commission’s report on the 2011 weather event noted that 193 generating units failed, resulting in rolling power outages that affected 3.2 million customers. Most of the outages in 2011 occurred as a result of frozen sensors and valves and natural gas shortages. The same problems with insufficiently winterized equipment appear to be happening now.
With respect to the current episode, about half of Texas’ wind turbines did freeze up. However, the Electric Reliability Council of Texas, a power grid operator, generally calculates that the turbines will generate only about 19 to 43 percent of their maximum output during the winter months. It is worth noting that winds from the storm were boosting power production from the unfrozen coastal wind turbines and thus offsetting some of the other power generation losses.
Maintaining electric power grid reliability while integrating ever more renewable power supplies is not a simple problem, but that does not seem to be the main issue with the current outages in Texas.”
“The main problem facing renewable energy is that the biggest sources, wind and solar, are variable. Whereas fossil fuel power plants that run on coal and gas are “dispatchable” — they can be turned on and off on demand — wind and solar come and go with, well, the wind and sun.
Building an electricity system around wind and solar thus means filling in the gaps, finding sources, technologies, and practices that can jump in when wind and solar fall short (say, at night). And the electricity system needs to be extremely secure and robust, because decarbonizing means electrifying everything, moving transportation and heat over to electricity, which will substantially raise total electricity demand.
The big disputes in the clean energy world thus tend to be about how far wind, solar, and batteries can get on their own — 50 percent of total power demand? 80 percent? 100?) and what sources should be used to supplement them. (See this much-cited 2018 paper in the journal Joule on the need for “firm, low-carbon resources.”)
The answer currently favored by renewable energy advocates is more energy storage, but at least for now, storage remains far too expensive and limited to do the full job. The other top possibilities for “firming” electricity supply — nuclear power or fossil power with carbon capture and sequestration — have their own issues and passionate constituencies for and against.
Geothermal power, if it can be made to reliably and economically work in hotter, drier, and deeper rock, is a perfect complement to wind and solar. It is renewable and inexhaustible. It can run as baseload power around the clock, including at night, or “load follow” to complement renewables’ fluctuations. It is available almost everywhere in the world, a reliable source of domestic energy and jobs that, because it is largely underground, is resilient to most weather (and human) disasters. It can operate without pollution or greenhouse gases. The same source that makes the electricity can also be used to fuel district heating systems that decarbonize the building sector.
It checks all the boxes.”
“Tapping into it, though, turns out to be pretty tricky.”