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After the hottest summer on record, the world continues to witness extreme weather fueled by the burning of fossilfuels. We need to stop burning fossilfuels immediately. Thankfully, we are in the midst of a much-needed transition away from fossilfuels and towards a future powered by more renewables.
The end of every year is a great time for taking stock of what the year has broughtincluding in terms of cleanenergy in the power sector. As it turns out, 2024 has provided a whole lot of cleanenergy progress as fodder for that stock-taking. Offshore wind also made important progress, even with some strong headwinds.
Solar, wind, electric vehicles, and other cleanenergy technologies saw a record-high $1.1 trillion in investment globally last year, matching investment in fossilfuels for the first time ever, according to a new report from Bloomberg New Energy Finance. Read more on E360 →
In extreme weather, when electricity demand is at its highest and the grid needs gas plants the most, gas plants have been failing at alarming rates. The most promising and comprehensive solution is to meet grid reliability needs with clean resources rather than gas plants. Gas power plants have a problem.
The fuel, commonly known as natural gas, now powers the biggest portion of US electricity generation—more than 40 percent. It has also grown to be the largest source of carbon pollution from the US power sector, even as zero-carbon renewable energy has been growing by leaps and bounds. of that fuel.
Yet in 2023, China accounted for about 60% of the world’s new renewables and electric vehicles. How is China’s cleanenergy spree impacting other countries? China’s commitment to cleanenergy use and to producing clean tech is undeniable. accounting for over 10% of China’s electricity.
Energy storage, or the storing of electricity for later use on the power grid, plays an important role in the cleanenergy transition. Illinois is currently considering policy proposals to establish a statewide energy storage target. Curtailment means we are wasting otherwise clean, perfectly usable electricity.
The simple fact is that ditching fossilfuels for low-cost cleanenergy resources is good for the planet, good for the US economy, and good for public health. The studies the DOE reviewed also found that transmission investments would provide a host of benefits beyond access to cleanenergy. The good news?
Minnesota needs substantial investments now to build toward an equitable cleanenergy future. The bad news is, they have to find a compromise between two vastly different cleanenergy bills—by Monday. Minnesotans are already experiencing the climate crisis, as well as health impacts, from burning fossilfuels.
Last week was a big one for cleanenergy in Michigan. First, Union of Concerned Scientists and the Michigan Environmental Justice Coalition released a new report on how Michigan and other states can achieve 100-percent renewable energy standards that benefit all communities. No new gas plants.
Replacing gasoline with electricity greatly reduces the carbon emissions from driving. Based on where electric vehicles (EVs) have been sold, driving the average EV in the US produces global warming emissions equal to a hypothetical 94 mile per gallon gasoline car, or less than a third of the emissions of the average new gasoline car.
Replacing fossilfuels with renewable energy from wind and solar will depend on upgrading the electric power grid, which is currently plagued by planning delays and gridlock. PJM has only recently considered the states’ energy policies as relevant to its FERC-authorized role as transmission planner for its region.
On April 30, the PennEnvironment Research & Policy Center and Evergreen Collaborative unveiled Renewable Energy Success Stories in the Keystone State. All across the Keystone State, our communities are saving energy and money, becoming more energy independent, and protecting our planet.
By expanding renewable power, phasing out fossilfuels, electrifying as much of the economy as possible, and deploying other technologies, the U.S. Building substantial amounts of cleanenergy to power the electrification of transportation (and other sectors like buildings and industry). degrees Celsius.
The most consequential vote to advance a cleanenergy future won’t be happening in Washington, D.C., It will be happening in the (virtual) boardroom of the Midcontinent Independent System Operator (MISO), which has authority over the bulk electric transmission system across much of the Midwest. or your state capital next week.
Bidirectional EVs Could Be the New Standard Electric vehicles (EVs) should be a clean transportation and a cleanenergy solution. This could let drivers use these batteries to power critical appliances during emergencies, their homes during power shutoffs, or even the grid when electricity demand is high.
Statement by Alienor Rougeot, Senior Program Manager, Climate and Energy, on Ontario’s claims regarding the federal CleanElectricity Regulations. The federal government’s proposed regulations to reduce emissions in electricity generation are achievable without breaking the bank.
If we are to protect the ocean, its marine ecosystems and the people who depend on them, we must address climate change at its root: the burning of fossilfuels for energy. But this cannot happen without clean-energy solutions, such as offshore wind and other marine renewables , that can replace them.
The fabulous growth of wind and solar builds on states’ cleanenergy policy and corporate decarbonization targets. However, great opportunities for more new cleanenergy supplies to replace fossilfuelenergy need supporting grid investments. Where do we go for that modern infrastructure?
Last week, Minnesota Governor Tim Walz signed into law a standard that will make the North Star State’s electricity 100 percent carbon-free by 2040. Building on the success of the 100 percent standard, there are many other energy- and environment-related bills ready for discussion and approval. Congratulations, Minnesota! What’s next?
I came to Madison ten years ago to pursue a masters in electrical engineering. billion in higher energy costs compared to cleaner alternatives. To underscore the negative impacts of fossilfuels on our grid, I also pointed to key research around resilience. Madison is our home.
What happens when promise of electricity reliability fails in bad weather? How can gas power plant owners claim to be reliable but fail to make adequate efforts to purchase fuel? We know that consumers pay for electricity reliability and bear the cost when supplies are tight.
Senate Bill (SB) 271 requires utilities to achieve, at a minimum, renewable energy-generated electricity sales of 50 percent in 2030 and 60 percent in 2035. Additionally, SB 271 requires utilities to achieve a “cleanenergy” portfolio of at least 80 percent in 2035 and 100 percent in 2040. What’s In the Bills?
At present, California effectively has a ban on new nuclear power plants, but some California legislators are interested in rolling that back ostensibly to advance California towards its cleanenergy goals. The California Energy Commissions SB 100 report examined various scenarios that reach 100% cleanelectricity in California.
One notable example is in Michigan, where utilities are phasing out coal plants and momentum is building for legislation that would support an equitable cleanenergy transition. In 2022, the MPSC similarly approved a revised version of utility Consumers Energy’s long-range energy plan following settlement negotiations.
On March 14, a tour of Steelton-Highspire School District facilities and Tregs Independent Brewing in Dauphin County shows the benefits of going solar and electric school buses. These events were held to educate local residents about the benefits of solar energy and electric vehicles. Patty Kim (D-Dauphin), Rep.
There’s good news in the recently released official data on electricity generation in the United States in 2022: renewable energy has continued to grow, coal power has continued to drop, and renewables are now firmly ahead of coal for the first time ever. They offer a lot of good news about cleanenergy progress.
For almost two year now the Energy Charter Treaty (ECT) is under revision and negotiations shall finish in 2021. The aim of the EU is to try to stop fossilfuel companies suing states over climate action. This shall also apply to electricalenergy derived from these materials.
Illinois’ Climate and Equitable Jobs Act (CEJA) sets a bold goal for the state—no carbon pollution from electricity generation by 2045, which means zero global warming emissions from coal- and gas-fired power plants. Illinois legislators and cleanenergy advocates celebrate CEJA’s signing in September 2021.
Another in-person event took place in Western Pennsylvania, where supporters rallied in support of community-centered cleanenergy at the Homestead Steel Mill Stacks. Pennsylvania residents can't enjoy these benefits because the fossilfuel industry has blocked any such legislation. As one of the priorities in Gov.
As electric vehicle charging stations sprout like mushrooms along our roads and clusters of new wind turbines come online, these two cleanenergy solutions to the climate crisis are becoming more commonplace. But beyond more electric cars and solar panels, what can everyday people do?
Minnesotans are facing concurrent crises of climate change, high energy prices and inflation, and the inequitable public health impacts of fossilfuel air pollution. Renewable energy will help with all of that—but we need a grid that is designed for wind and solar instead of having to rely on expensive coal and gas plants.
Much of our electricity system is 50 to 70 years old, yet current plans for domestic manufacturing, electric vehicle fleets, community solar gardens and more cleanenergy all depend on a modern grid. New demands for electricity and the need to reduce climate-changing emissions are driving new grid planning efforts.
I’m going to let you in on a little secret: Without power grid modeling tools, the transition to cleanelectricity would be an absolute mess. Luckily, we don’t have to resort to guesswork because we have sophisticated grid modeling tools that help guide the transition to cleanelectricity. Surely that would not end well.
Since the beginning of 2022, electric vehicle sales in the United States have been downright electrifying. Last year, US drivers bought more than 800,000 new electric vehicles (EVs), 65 percent more than in 2021, even as overall car sales declined. billion to help California drivers switch from gasoline to electricity.
As one example of these rising costs, Californians’ electricity bills have been skyrocketing over the past few years. And we know that as our climate warms further—driven by burning fossilfuels—the risk of large wildfires will only grow. There are many more capital costs likely coming.
Union of Concerned Scientists’ (UCS) research shows that top fossilfuel producers’ emissions are responsible for as much as half of global surface temperature increase. The best solution: Replace fossilfuels with renewable energy. The same solutions will fix the energy crisis and the climate crisis.
We need to quickly transition to a cleanenergy future in Illinois to prevent additional negative public health impacts from fossilfuel plants. The CleanEnergy Jobs Act (CEJA) HB 0804/ SB1718 is the only bill that puts Illinois on a path to 100% carbon-free electricity by 2030 and 100% renewable energy by 2050.
Gas, which now generates 40 percent of US electricity, is considered by some to be critical to maintain grid reliability. For example, Dominion Energy, an electric and gas utility in Virginia, is planning to build a mammoth 1,000-megawatt gas plant in an area with a high percentage of residents who are people of color and low-income.
We already have so many of the foundational technological building blocks of the cleanenergy transition at hand: renewables, energy efficiency, energy storage, and pathways to electrifying a vast array of energy end uses. Now we need to rapidly accelerate the cleanenergy momentum already underway.
The Inflation Reduction Act (IRA) included a major—forthcoming—refresh for one of the biggest policy drivers of the nation’s cleanenergy transition to date: tax credits subsidizing the deployment of cleanelectricity resources. What’s “clean,” and how is it measured?
When it comes to the transition to cleanenergy, 2023 was quite a year for progress: record-breaking amounts of solar installed in the United States, a solid drop in carbon emissions from the US power sector, more than one million electric vehicles sold in the country for the first time, “breakneck” growth in renewable energy globally, and more.
You don’t have to look beyond the front pages of newspapers , or beyond rooftops in your neighborhood to know that we are in the midst of a cleanenergy revolution, with renewable energy technologies dramatically decreasing in price and increasing in availability.
Last year’s Inflation Reduction Act (IRA) included a clean hydrogen production tax credit (known as “45V”) that is one of a slew of new incentives intended to help catalyze the next and necessary phase of advancing the nation’s cleanenergy transition as a whole. The costs will be too great otherwise.
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