“Somehow, Germany, a country where the government is firmly committed to “green” energy, is preparing to fire up coal-burning power plants. The move is even more remarkable given that officials stubbornly refuse to restart mothballed nuclear facilities, or even reconsider the timeline for retiring those that remain online. It’s an astonishing situation for a country that very recently boasted that it would soon satisfy all its energy needs with sunshine and cool summer breezes.”
“Germany’s problems predate the war in Ukraine and are closely linked to the goals the country’s political class made about their energy future in the absence of a realistic plan for getting there. In 2011, after an earthquake and tsunami triggered a disaster at Japan’s Fukushima Daiichi Nuclear Power Plant, the German government recommitted itself to closing all of its nuclear plants and getting its electricity from solar and wind. The decision was motivated by public fears of nuclear power, but also by loud insistence that the energy source had no place in a sustainable future.”
“But “nuclear power is very close to the same shade of green as that of most renewables” when you compare mining and manufacturing inputs to each approach, energy expert Gail H. Marcus wrote for Physics World in 2017. And nuclear is reliable—the sun doesn’t always shine, and the wind doesn’t always blow, which means electricity produced by those sources ebbs and flows. That’s a big problem for electrical grids that require steady supplies of energy.
“Large amounts of intermittent electricity create huge swings in supply which the grid has to be able to cope with,” Bloomberg reported in January 2021.”
“Germany’s plight is disturbing testimony of where you can end up if you commit yourself to a vision of a “green” future that has no place in it for the most reliable source of clean-ish electricity. By contrast, neighboring France plans to build as many as 14 new nuclear reactors because of, not despite, its environmental goals. That attitude reflects energy analyst Marcus’s assessment and is shared by the inter-governmental International Energy Agency (IEA). “Long-term operation of the existing nuclear fleet and a near-doubling of the annual rate of capacity additions are required” to meet clean-energy goals by 2050, the organization specifies.
Visons of a cleaner future based on technologies that are more efficient and less polluting are praiseworthy and shared by just about everybody. But to get from here to there requires planning and realistic decisions. Unfortunately for the German people, most of their political leaders relied on strongly held wishes and pixie dust to bring a green utopia and are instead delivering literal lumps of coal.”
“The world is now 1.1 degrees Celsius — 2 degrees Fahrenheit — warmer on average than it was at the dawn of the Industrial Revolution. But baked into that seemingly small change in the average is a big increase in dangerous extreme temperatures. That’s made cooling, particularly air conditioning, vital for the survival of billions of people.”
“These searing temperatures are just the latest in a pattern of increasingly hot weather. A heat wave that would have been a once-in-a-decade event in the 1800s is now hotter and happens nearly three times as often. Heat waves that used to occur once every 50 years are now nearly five times as frequent and reach higher temperatures. Heat records are broken so often they barely register as news. In its latest review of climate science, the Intergovernmental Panel on Climate Change said it is “virtually certain” that heat waves have become more frequent and intense across most land areas since the 1950s.
Extreme heat events are also occurring over a wider region of the globe, from the depths of the ocean to the icy reaches of the Arctic. Heat waves are now such devastating events with long-lasting wounds that some countries say they should be named like hurricanes.
But the most severe risks from high temperatures are in places like India and Pakistan, regions closer to the equator that are already hot and have dense, growing populations. They also have less wealth, so fewer can afford cooling when thermometers reach triple digits.”
“The tactics for cooling can end up worsening the very problem they’re trying to solve if they draw on fossil fuels, or leak refrigerants that are potent heat-trapping gases. And the people who stand to experience the most extreme heat are often those least able to cool off.”
“There are many ways to curb the climate impacts of ACs. “The answer lies first and foremost in improving the efficiency of air conditioners, which can quickly slow down the growth in cooling-related electricity demand,” wrote Fatih Birol, executive director of the IEA, in a 2018 report. With greater energy efficiency, air conditioners do more with less. Also, homes and businesses need better insulation and sealing to prevent waste.
Another method is to manufacture more air conditioners that don’t use HFCs or other heat-trapping gases. Many countries, including the US, are phasing out HFCs. The US Senate will soon vote to ratify the Kigali Amendment to the Montreal Protocol, an international treaty that commits to cutting HFCs 85 percent by 2050.
At the same time, there is going to be a massive market for sustainable cooling technologies. “There are billions of people that aspire to be wealthy, and as your income starts going up, you’re going to want to have access to cooling,” Kyte said.
The electricity that powers air conditioners needs to come from sources that don’t emit greenhouse gases, so dialing down coal, oil, and natural gas power on the grid and ramping up wind, solar, and nuclear energy is crucial.”
“As governor, Joe Manchin supported an unusual detail in a clean energy bill that was moving through the West Virginia Legislature in 2009.
The provision classified waste coal as an alternative energy.
The muddy mix of discarded coal and rocks is one of the most carbon-intensive fuels in America. And Manchin’s family business stood to benefit financially when it was reclassified as something akin to solar, wind and hydropower.
Selling the scrap coal has earned Manchin millions of dollars over three decades, and he has used his political positions to protect the fuel — and a single power plant in West Virginia that burns it — from laws and regulations that also threatened his family business.
It continues today.
Only now Manchin has enormous influence over federal climate policy. He is using his chair role of the energy committee — and role as maverick Democrat – to shape environmental policy across the states.”
“By 2006, when Manchin was governor, the plant’s owners went before the West Virginia Public Service Commission and claimed it was on the verge of shutting down.
The commission, then chaired by Jon McKinney, a Manchin appointee, raised the rate that Grant Town could charge for its electricity from $27.25 per megawatt to $34.25. They also gave the plant a way to stay in business longer, by extending its power purchase agreement with FirstEnergy by eight years to 2036.
Those changes still reverberate today. West Virginia has seen some of the highest electricity rate increases in the nation. Its loyalty to coal is one reason for that.
The price of residential power in a dozen other states that share the PJM grid with West Virginia has declined, according to a report released last month from the West Virginia University’s Bureau of Business and Economic Research.
“Over the past 10 years, West Virginia’s residential prices have risen, while PJM’s average price has come down considerably,” the report found.
Between 2010 and 2019, utility bills in West Virginia rose at five times the national average, according to calculations by James Van Nostrand, a West Virginia University professor who spent 22 years as a lawyer representing energy clients in state regulatory proceedings.
Power prices are higher in West Virginia in part because coal is more expensive than natural gas and renewables. In other states, aging coal plants that can’t compete economically are allowed to shut down.”
“Manchin’s business interests reflect long-standing ethical questions in Congress, said Shaub, the former government ethics official. Lawmakers have the power to prevent obvious conflicts of interest. But neither party has changed its rule to stop members from making money off their votes in the Capitol, he said.”
“to build 500,000 chargers with half the budget, the Biden administration will have to opt for slower chargers. (The faster the charger, the more expensive it is to install.) The Biden administration’s plan, which draws on funds from the recently passed $1.2 trillion bipartisan infrastructure bill, prioritizes chargers that take hours to fully charge an electric car — a potentially hard sell for Americans who are used to filling gas tanks from empty to full in minutes. And while more chargers are great, the plan is an indicator of just how watered-down Biden’s energy policies have become over the last year. Democrats still haven’t been able to agree on a clean energy plan, and without one in place, those EV chargers could just end up getting their energy from fossil fuel sources.”
“There are currently three different types, or levels, of electric vehicle chargers. Level 1 chargers plug into a regular 120-volt power outlet and deliver power to electric cars at a glacial three to five miles of range per hour. At that rate, it would take a couple of days for most cars to go from empty to fully charge. Level 2 chargers convert the 120-volt connection to about 240 volts, charging cars around 10 times faster than Level 1 chargers and bringing a battery to full within a few hours. Level 3 chargers, also called DC fast chargers, are the fastest of the lot. They add anywhere from three to 20 miles of range per minute.That means your car can be about 80 percent charged in the time it takes you to use the bathroom and grab a cup of coffee at a rest stop.”
“industry experts say, we don’t really need every charger to be a fast charger — which is why the Biden administration’s charging framework just might work.
“There’s a temptation to recreate the gas station model, where we say, ‘Oh I’m low on fuel, I need to go fill up now and be on my way in five minutes,’” Joe Britton, executive director of the Zero Emission Transportation Association, told Recode. “That would be a mistake.” (Just don’t tell Harris, who said charging the Volt was “just like filling up your car with gas.”)
Instead, Britton said, it’s important to consider how most people actually use their cars on a regular day. Most folks aren’t driving hundreds of miles each day; they’re driving between home and work or running errands around town. For those folks, Level 2 chargers would work just fine. They can charge their cars at home, drive to a grocery store, plug in at the parking lot, and drive back home with a full battery. So while the Biden plan does include strategically installing faster chargers along highways and in rural areas, the focus on building lots of Level 2 chargers in local communities is a way to stretch that $7.5 billion a long way.”
“Despite being home to EV pioneers like Tesla and GM, the US lags far behind Europe and China in electric vehicle sales. The majority of American EV sales are also concentrated in major metropolitan areas, with nearly half of all EV sales in California alone.”
“Studies have shown that electric cars drawing power from coal-heavy grids can actually be worse for the climate than hybrids. And so far, the president’s attempts to clean up the grid have been repeatedly thwarted by Senator Joe Manchin of West Virginia, who single-handedly gutted a proposal to replace coal- and gas-powered plants with solar, wind, and nuclear energy. Most of the energy policy that remains in Biden’s signature Build Back Better bill revolves around tax credits for clean energy, with few penalties for continued pollution-heavy energy production.”