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What’s the latest on the transition to cleanelectricity? MS: There is a lot happening on that front, but I’d like to focus on energy storage. To decarbonize the power grid, we’re going to need tons of renewable energy from sources such as solar and wind. CWdL: Why is energy storage so exciting?
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.
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.
Achieving climate goals requires significant investments in cleanenergy, transportation, and other climate technologies to reduce greenhouse gas emissions and remove carbon from the atmosphere. wind and solar), electric vehicle charging, and similar “hard” infrastructure.
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 cost of other energytechnologies matters as well. So if solar, wind, energy storage, geothermal, etc.
The simple fact is that ditching fossil fuels 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. How are we doing on that?
DTE’s proposal, known as an integrated resource plan, describes how the utility intends to fulfill its customers’ electricity needs over the next 20 years. These types of long-term energy plans include forecasting the amount of electricity customers will need and examining different options for supporting that need.
And how can we provide job opportunities for the tremendously skilled workers in traditional energy domains while also training the workers we need to accelerate emerging technologies? In fact, pursuing more climate-forward energy policies can be an opportunity to do right by our neighbors working in Pennsylvanias oil and gas fields.
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.
Solar, wind, electric vehicles, and other cleanenergytechnologies saw a record-high $1.1 trillion in investment globally last year, matching investment in fossil fuels for the first time ever, according to a new report from Bloomberg New Energy Finance. Read more on E360 →
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?
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.
Chris Hunkeler, Wikimedia Commons In the West, the benefits of electricity market regionalization appear more attractive than ever. Regionalization” refers to efforts to expand coordination between Western states to buy and sell wholesale electricity through centralized federal power markets.
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. These incentives aren’t just historically important.
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.
In the rush to integrate artificial intelligence into the economy, fast-moving information technology companies are running into a problem: slow-moving electric utilities. In more ways than one, the electricity supply so vital to running a data center simply doesnt respond the way Silicon Valley and big investors want.
This experience, not far from Seattle and with ties to the information tech industry, highlights some of the issues surrounding the electric power needs of data centers. He was obviously oblivious to the fact that old-style electric heat (i.e. He assured me he hadnt: it doesnt require electricity! Modernize, or bypass, the grid?
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.
Nearly all of the alliance members have a renewable electricity standard (RES), which requires utilities in their jurisdiction to increase their use of renewable energy to a particular percentage by a specific year. We found that states have technically feasible and highly beneficial ways to achieve 100-percent renewable energy.
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.
Earlier this month, the US Department of the Treasury and the Internal Revenue Service hosted a public hearing on their recent proposed rules governing implementation of the Section 45Y CleanElectricity Production Credit and the Section 48E CleanElectricity Investment Credit. My testimony is copied below.
The legislation committed nearly $400 billion to support, among other things, wind and solar power, battery storage, electric vehicles, and other cleanenergytechnologies that will make a significant dent in US heat-trapping emissions. How is that going to happen? Their report, however, comes with a warning.
Lithium-ion batteries are essential for decarbonizing transportation through electric vehicles and building a resilient, renewable energy grid through energy storage batteries. By 2050, battery recycling could supply 22 to 27% of lithium, 40 to 46% of nickel, and 45 to 52% of cobalt needed for electric vehicles in the US.
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 energytechnologies dramatically decreasing in price and increasing in availability.
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.
The researchers recently published their findings in the Journal of Energy Storage. CAES plants compress air and store it underground when energy demand is low and then extract the air to create electricity when demand is high. over the existing technology. over the existing technology.
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.
Climate Alliance (USCA) can meet all of their electricity needs with renewable energy—while decarbonizing other sectors of the economy and ensuring equitable benefits to all communities. States have technically feasible and highly beneficial paths to achieving 100 percent renewable energy. by 2035 is needed. by 2035 is needed.
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.
Using an interactive online dashboard-- Renewables on the Rise 2024 -- documents the growth of six key cleanenergytechnologies across the United States over the past decade and ranks states accordingly for solar power, wind power, battery storage, energy efficiency, electric vehicles and electric vehicle charging stations.
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?
Rethinking the role of innovative pilots is an exciting development, because most utilities have not yet fully supported, let alone adopted, the technologies needed to reduce emissions. Pilot projects also can help spur widespread implementation of community solar, electric vehicle charging infrastructure, and smart meters and thermostats.
Beyond the climate harms of fossil fuels, they also impose a terrible toll on human health, as numerous recent studies show—including the Lancet Countdown on Health and Climate Change , a BMJ study on global deaths from air pollution caused by fossil fuels, and a study on US deaths attributable to coal-fired electricity generation.
Experts led by US National Laboratories will conduct on-site testing, measure and verify results, and draft field validation reports on clean, cutting-edge technologies in real-world conditions at five manufacturing plants; when these reports are made publicly available, C&I organizations can….
Together with other modes of transportation, our vehicles emit the most heat-trapping gases in the US economy: 28 percent, followed closely by the electricity sector. Contrary to claims made by some pundits, this transition away from fossil fuels can be done at moderate cost, primarily with technologies that are commercially available today.
Unfortunately, the Minnesota Legislature failed to act on climate and cleanenergy investments this session, leaving progress toward a more affordable, equitable, healthy Minnesota on the table. Most Minnesotans are familiar with their local electricity utility, since that’s who bills them for electricity they provide.
Fossil gas power plants currently provide the largest source of electricity generation and capacity in the United States. To meet our climate goals and reach net zero emissions by 2050, most studies show that we need to dramatically reduce gas use for generating electricity, heating homes and businesses, and running industrial processes.
Climate policy has been boosted by dramatic changes in the economics of cleanenergy. The Department of Energy estimates the cost of an electric vehicle lithium-ion battery pack declined 89% between 2008 and 2022. I don’t mean to imply that technological progress will automatically fix things.
The combination of offshore wind turbines, floating solar panels and green hydrogen are some of the hybrid cleanenergytechnologies currently under development off the Dutch coast. . The low-lying European country is using its expertise in water engineering to build up its next wave of cleanenergy infrastructure.
The Department of Energy’sEnergy Information Administration (EIA) is one of the go-to sources for reliable information about the US power sector. 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. Carbon emissions remain high.
5060 ), titled An Act Driving CleanEnergy and Offshore Wind, into law on Thursday August 11, 2022. Other provisions include a ban on incentives and rebates from Mass Save related to fossil fuel powered systems, except as backup for electric heat pumps. Electric Grid. Governor Baker signed the climate bill ( H.5060
And, long-duration storage is particularly important for the power grid’s transformation to cleanenergy and what I’m focusing on here. Long-duration refers to the amount of time a power system can discharge electricity. This results in a deliberate reduction of electricity output. Yes and no.
Global spending on cleanenergytechnologies and infrastructure is on track to hit $2 trillion in 2024. Much of this funding is slated to be put toward renewables, electric vehicles, low-emission fuels, storage solutions, nuclear power and other green technology. Read the full story at ESG Dive.
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