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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.
Heres a taste, from US projects, technologies, electrons, and investment, to happenings in the world as a whole. According to the latest EIA data, wind power, the leading source of US renewable electricity, may have supplied 7% more generation in 2024 than in 2023, and accounted for almost 11% of the countrys total electricity.
Yet, driven by vested interests in the fossilfuel industry , misleading narratives aim to distort and hinder meaningful climate commitments. Fossilfuels are the problem It’s pretty simple: the burning of fossilfuels is the main driver of climate change. billion tons of the 40.5
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. Even with the clean energy transition well underway, gas plants will be around for a while as we phase out fossilfuels. Gas power plants have a problem.
Solar, wind, electric vehicles, and other clean energy 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 →
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.
To build a clean economy and avoid a climate disaster, Canada needs an emissions-free electricity supply. As we electrify everything, from our cars to our home heating systems, we need electricity to come from sources that dont emit greenhouse gases. The Clean Electricity Regulations are an important part of Canadas climate plan.
Statement by Alienor Rougeot, Senior Program Manager, Climate and Energy, on Ontario’s claims regarding the federal Clean Electricity Regulations. The federal government’s proposed regulations to reduce emissions in electricity generation are achievable without breaking the bank. Battery storage is very cost-effective.
I was invited to speak at a panel discussion last Wednesday as part of The Economist ’s annual Sustainability Week, titled “What technologies are needed to avert a climate disaster?” True to the theme, I was asked about which technological innovations would be necessary to save our planet. And yet, we aren’t.
For more than 50 years, we have pioneered new policies and ushered in new technologies to clean our air and protect our climate. Over its short lifetime, the program has already transformed many segments of the fuels market. If CARB approves amendments to the program, the shift to clean fuels in California will only accelerate.
The bill, introduced by State Representative Supreme Moore Omokunde and State Senator Chris Larson, creates an enforceable timeline with specific objectives, allowing flexibility for discussions of the various technology and policy approaches to come later. I came to Madison ten years ago to pursue a masters in electrical engineering.
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.
It depends on the costs The levelized cost of energy (LCOE) represents the average cost to build and operate a generating resource per unit of electricity generated. The cost of other energy technologies matters as well. And the answer to that question depends heavily on the costs of new nuclear power plants.
The ones that’ll soon be gracing areas over the horizon are powerful enough, each one, to generate the equivalent of an average home’s daily electricity use in just a few seconds. Even more important, though, wind is an impressive piece of our electricity supply. Wind is now the largest source of renewable energy in the country.
Electric transportation is essential for a cleaner and healthier world. Replacing gasoline vehicles with electric can reduce emissions that cause climate change and illnesses. Researchers like me are putting a microscope to the electric vehicles (EVs) because, as with any extraction and manufacturing, there are associated impacts.
But extreme heat also hits our electricity system in ways that make it more expensive, more polluting, and less reliable. Extreme heat means more expensive electricity Extreme heat can sharply increase electricity consumption as people turn up their air conditioners for relief. One factor is the dirtiness of fossilfuels.
The Inflation Reduction Act (IRA) included a major—forthcoming—refresh for one of the biggest policy drivers of the nation’s clean energy transition to date: tax credits subsidizing the deployment of clean electricity resources. These incentives aren’t just historically important.
Minnesotans are facing concurrent crises of climate change, high energy prices and inflation, and the inequitable public health impacts of fossilfuel air pollution. Most Minnesotans are familiar with their local electricity utility, since that’s who bills them for electricity they provide.
The first efforts to use of wind to generate electricity was 134 years ago, and the photoelectric effect was discovered six decades earlier. So in a sense, these are old technologies — about the same age as the very first internal combustion engines. Persian experts were sent by Genghis Khan to establish the technology in China.
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 clean energy all depend on a modern grid. New demands for electricity and the need to reduce climate-changing emissions are driving new grid planning efforts.
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. percent of the country’s electricity supply (up 1.1 It supplied 10.5
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. A small number of big corporations are responsible for the climate crisis.
Extreme weather, which is increasing due to climate change , can degrade the electricity system and cause these failures. Power outages are costly, can have extreme impacts on both the health and safety of a population, and can happen at any point in the process of electricity generation, distribution, and usage.
As electric vehicle charging stations sprout like mushrooms along our roads and clusters of new wind turbines come online, these two clean energy solutions to the climate crisis are becoming more commonplace. But beyond more electric cars and solar panels, what can everyday people do?
With a new federal budget in the works, Finance Canada is currently developing two new investment tax credits – one for clean technology and one for hydrogen. Hydrogen, like electricity, is an energy carrier – it can be used to store and deliver usable energy, for example to a cement or steel factory or to produce fertilizer.
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 clean energy revolution, with renewable energy technologies dramatically decreasing in price and increasing in availability.
The Department of Energy estimates the cost of an electric vehicle lithium-ion battery pack declined 89% between 2008 and 2022. Different batteries may be ideal in settings where charging speed is not a factor, such as utility-scale electricity storage. I don’t mean to imply that technological progress will automatically fix things.
Fossil gas power plants currently provide the largest source of electricity generation and capacity in the United States. However, as we replace fossilfuels with clean electricity for heating and transportation to meet our climate goals, these peak demands will increasingly shift to the winter in many parts of the country.
utilities have been slower to adopt the energy- and emissions-saving technologies than those in other parts of the world. Despite the economic advantages of these technologies and their potential environmental benefits, U.S. Despite the economic advantages of these technologies and their potential environmental benefits, U.S.
That’s a really good thing given the central role we expect and need solar to play in a just transition away from fossilfuels. Last year, solar accounted for almost 5 percent of US electricity. Back then, my focus was on small (really small) systems, measured in tens of watts. Single projects can be hundreds of megawatts.
New research from the International Renewable Energy Agency (IRENA) confirms renewables are continuing to outpace fossilfuels on cost. They found that the share of renewable energy that achieved lower costs than the most competitive fossilfuel option doubled in 2020. With record-low auction prices of $1.1
Yet in 2023, China accounted for about 60% of the world’s new renewables and electric vehicles. accounting for over 10% of China’s electricity. However, China will also have to fix problems that have led to an underuse of renewable capacity and a preference for fossilfuel generation on the grid. Will that change?
By Matthew Carroll, Penn State News Moving from fossilfuels to renewable energy sources like wind and solar will require better ways to store energy for use when the sun is not shining or the wind is not blowing. over the existing technology. over the existing technology.
They just released their 2022 “Annual Energy Outlook” (AEO), which is a big deal: it tells us where electricity is headed over the next 30 years. Here are five key takeaways from this year’s AEO, focused primarily on the electricity sector: 1. Renewable energy generation increases faster than any other technology.
First and foremost, despite some fossilfuel interests swinging for the fossilfuel-favored fences, the Supreme Court’s decision in West Virginia v. What the Supreme Court decided in West Virginia v.
Rising electricity demand from U.S. data centers risks deepening Americas reliance on fossilfuels and can put consumers and communities at risk, according to the report. Electricity demand to power these centers is projected to increase as well. The 71 data centers in Pennsylvania are already responsible for about 3.2%
How would that change if I hopped on the electric bus route at the end of my block? The situation would indeed be much better if our gifts were delivered by a team of flying reindeer fueled by magic and apples instead of trucks running on polluting diesel fuel.
Replacing petroleum with renewable electricity as the primary source of transportation energy will leave us all much better off. In other words, technological solutions are necessary but not sufficient. On the technology side, decarbonization is the key. How do we make this transformation happen?
Utilities were famously set in their ways, using nineteenth century technologies to produce and deliver their products. The key to getting climate change under control is to rapidly decrease the user of fossilfuels. Technological changes. Only specialists really paid much attention. All that has changed dramatically.
To address these dual needs, UC Berkeley Law’s Center for Law, Energy and the Environment (CLEE) and the UCLA Law Emmett Institute on Climate Change and the Environment are today releasing the new report Fueling & Financing: Addressing the Urgent Challenges Facing Electric Heavy-Duty Vehicle Deployment.
Investment and incentives for clean technologies under the Inflation Reduction Act. Federal Energy Regulatory Commission rules bearing on electricity transmission E. Rules relating to renewable and fossilfuel development on public lands and offshore. Electric vehicle and biofuel policies E.
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.
The core energy technology used by humans has always involved, in one form or another, burning things up. Yet to a large extent, human beings haven’t gotten beyond this primitive technology. We burn coal and natural gas for heat and to make electricity. We burn gas, diesel, and jet fuel to power cars, trucks, trains, and planes.
Because one of Pennsylvania’s two hubs, ARCH2, is also proposing to be heavily reliant on fossilfuel-based hydrogen production projects, I also detailed the serious risks of policymakers propping up such an approach. Using electricity to split water into hydrogen and oxygen does not by itself render produced hydrogen “clean.”
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