The”duck curve” is challenging states like California that have turned solar adoption up to 10. 🦆Named after energy demand graphs that resemble the shape of a duck, the curve represents how solar power’s availability peaks during daylight hours, dominating the mix and reducing how much energy is needed from other sources. 📈When solar tapers off in the late afternoon as demand is ramping up, it creates a steep evening ramp in demand (the “neck” of the duck) that needs to be met with other resources as solar’s output drops. As solar production peaks midday, the duck’s “belly” represents the middle of the day. While we can’t change the times of day when the sun shines, we can store solar output when it’s most plentiful and inject it back onto the grid to meet demand across the day. 🔋Since 2020, California has installed more giant battery-based #energystorage projects than anywhere else in the world, except China. Ranging in size from small modular cabinets to football-field sized projects, batteries connect to the grid, charge up when energy is plentiful and cheap, and inject bulk power at times when demand is highest. 💡This past year on April 30th, batteries supplied more than one-fifth of California’s electricity between 7 and 10 PM. MN8 is proud to be part of California’s #cleanenergy transition – for example, our Slate and Mustang projects are providing a combined 490MW solar and 215.25MW/861MWh of energy storage capacity in CAISO. Learn more about battery storage via The New York Times: https://nyti.ms/3yaBmqh
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California continues to lead the way in renewable energy, addressing the critical challenge of solar power availability with battery storage solutions. As highlighted in a recent The New York Times article, California now draws more electricity from the sun than any other state, but solar power’s daytime abundance and evening disappearance have historically led to increased fossil fuel use. The solution? Storage! Key Points from the Article: • Solar Power Abundance: California excels in solar power production but faces a timing issue as solar energy peaks during the day and diminishes by evening, coinciding with high electricity demand. • Battery Storage Expansion: Since 2020, California has installed more large-scale batteries than any other place in the world, except China. These batteries store excess solar power during the day and release it when needed most, reducing reliance on fossil fuels. • Impact on Grid Stability: On April 30, batteries provided over one-fifth of California’s electricity during peak evening hours, showcasing their crucial role in grid stability. • Future Growth: Battery storage capacity in the U.S. is projected to nearly double this year, with significant growth in states like Texas, California, and Arizona. These advancements support grid resilience and help mitigate climate change impacts. Read more from the New York Times: California’s Battery Storage Boom: https://lnkd.in/dT8MTd-h
California continues to lead the way in renewable energy, addressing the critical challenge of #solar power availability with #BatteryStorage solutions. As highlighted in a recent article, California now draws more electricity from the sun than any other state, but solar power’s daytime abundance and evening disappearance have historically led to increased fossil fuel use. Since 2020, California has installed more large-scale batteries than any other place in the world, except China. These batteries capture excess solar power during the day and release it when needed most, reducing reliance on fossil fuels. On April 30, batteries provided more than one-fifth of California’s electricity during peak evening hours, showcasing their crucial role in stabilizing the grid. At #EnergyVault, we are proud to contribute to this transformative shift. Our hardware and software solutions are developed around your need to manage more and more scale, complexity, and market integration. As battery storage capacity continues to grow, with projections nearly doubling this year, we see a bright future for energy storage across the U.S., including major growth in states like Texas, California, and Arizona. These advancements not only support the grid during peak times but also play a significant role in mitigating the impacts of #ClimateChange. Join us in celebrating this pivotal moment in clean energy innovation. Together, we are building a more resilient and #sustainable future. Read more from The New York Times York Times: https://hubs.la/Q02xLL2s0 Learn about how we Orchestrate and Optimize with Software Solutions: https://hubs.la/Q02xLGRB0 #RenewableEnergy #SolarPower #EnergyStorage #BatteryStorage
Giant Batteries Are Transforming the Way the U.S. Uses Electricity
nytimes.com
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California continues to lead the way in renewable energy, addressing the critical challenge of #solar power availability with #BatteryStorage solutions. As highlighted in a recent article, California now draws more electricity from the sun than any other state, but solar power’s daytime abundance and evening disappearance have historically led to increased fossil fuel use. Since 2020, California has installed more large-scale batteries than any other place in the world, except China. These batteries capture excess solar power during the day and release it when needed most, reducing reliance on fossil fuels. On April 30, batteries provided more than one-fifth of California’s electricity during peak evening hours, showcasing their crucial role in stabilizing the grid. At #EnergyVault, we are proud to contribute to this transformative shift. Our hardware and software solutions are developed around your need to manage more and more scale, complexity, and market integration. As battery storage capacity continues to grow, with projections nearly doubling this year, we see a bright future for energy storage across the U.S., including major growth in states like Texas, California, and Arizona. These advancements not only support the grid during peak times but also play a significant role in mitigating the impacts of #ClimateChange. Join us in celebrating this pivotal moment in clean energy innovation. Together, we are building a more resilient and #sustainable future. Read more from The New York Times York Times: https://hubs.la/Q02xLL2s0 Learn about how we Orchestrate and Optimize with Software Solutions: https://hubs.la/Q02xLGRB0 #RenewableEnergy #SolarPower #EnergyStorage #BatteryStorage
Giant Batteries Are Transforming the Way the U.S. Uses Electricity
nytimes.com
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Staying informed on the latest advancements is essential in today's sustainable world. These are the top 3 solar energy and sustainability news you should take a look at today: Giant Batteries Are Transforming the Way the U.S. Uses Electricity. Solar energy batteries are providing sustainable electricity to California and other states during dark hours 👉 https://shorturl.at/iHJP7 Global solar manufacturing sector now at 50% utilization rate, says IEA. The International Energy Agency reports a massive 550 GW increase in global capacity (2023). 👉 https://shorturl.at/wJLX1 The impact of seasonal, meteorological factors on PV plant performance. Scientists in Japan studied how seasonal weather significantly impacts solar plant output. 👉 https://shorturl.at/HSVWZ Be on top of the most important sustainability news with us. #SolarEnergy #Sustainability #RenewableEnergy #StayInformed
Giant Batteries Are Transforming the Way the U.S. Uses Electricity
nytimes.com
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🌱 Big Steps for Clean Energy: The Northeast is experiencing its first heat wave of the summer this week, and #renewables are playing a huge role in keeping the grid running. 🌡️⚡ As our summers continue to heat up and electricity demand spikes, the build out of #offshorewind is crucial to stepping up to the increased demand for electricity. "It’s not just helping make the grid more reliable, experts said, but proving that non-fossil fuel generated power is finally playing a significant role in the operation of the regional power grid, with even more due to come online from major wind farms and other large-scale resources under development." More on the future of energy in Boston Globe Media: https://hubs.ly/Q02CT4G-0
Is your air conditioning working? Thank a solar panel. - The Boston Globe
bostonglobe.com
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The recent heat wave underscored the significance of renewable energy sources in alleviating strain on the grid during peak demand periods for air conditioning. According to a Boston Globe article, Massachusetts 170,000 solar installations on residential and business properties eased the burden on the grid during the heat last weeks heat wave. These behind-the-meter renewable energy sources are poised to play an increasingly critical role in enhancing grid resiliency as temperatures rise. Link to the article: https://lnkd.in/eByz-YFR
Is your air conditioning working? Thank a solar panel. - The Boston Globe
bostonglobe.com
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Rapid deployment of giant batteries, particularly in California, is revolutionizing how we harness and utilize #renewableenergy. According to the U.S. Energy Information Administration, the U.S. has seen a tenfold increase in battery storage capacity in just the past three years. By storing excess solar power during the day and releasing it after dark, #batterystorage is crucial in stabilizing the #grid and reducing reliance on fossil fuels. This innovation demonstrates the profound economic and environmental benefits of advanced energy storage technology. To fully realize the potential of batteries, we need to ensure that policies and market incentives align. California's regulatory mandates have been instrumental in driving progress, but we need a broader commitment at the national level. Investing in diverse storage technologies and supportive policies is essential to overcoming the challenges of intermittent renewable energy and achieving a sustainable future. More from The New York Times.
Giant Batteries Are Transforming the Way the U.S. Uses Electricity
nytimes.com
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Check out Grid Status' impressive blog post on how battery deployment is changing the Californian grid. The Californian grid is a moderate-sized grid with substantial seasonal load variation, making it an excellent case study for how grids might look as they evolve with higher penetration of renewables and storage. According to the blog, battery deployment has seen a very sharp growth in the past few years, reaching a point this year where it has practically shaved off the evening peak demand of the day. This growth has had a significant impact on surplus solar generation, with the net demand curve trend starting to reverse and the famous duck curve belly growing shallower. It can be observed that the famous duck curve is starting to turn into a 'sleeping duck' curve if one were to superimpose the battery charge/ discharge trend on the net demand curve. I suspect as the BESS modulated duck curve grows flatter by the year there will be a resurrection of the debate on baseload and perhaps nuclear as well. The trend towards increased battery deployment is also having an effect on gas peakers, which are starting to go flat as batteries take over their peaking role. As BESS penetration continues to grow, gas generators may be pushed into a niche where they only need to come in to meet seasonal or extreme weather-induced peaks. Overall, these trends are worth watching out for over the next few years, particularly the effect on hydro and imports/exports. The hydro generation is getting lower and pushed closer to the more critical application of meeting peak demand while the imports/exports trend still seems to be in a bit of a state of flux. It will be interesting to see whether the transmission grid needs to grow or shrink as the growing penetration of consumer energy resources (including gridscale BESS) reduces dependence on imports/exports. What other insights did you pick up from this report? Share your thoughts in the comments. #renewableenergy #energytransition #energygrid #energytrends
Batteries Taking Charge of the California Grid
blog.gridstatus.io
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California might be leading the way in answering the tough questions on how solar energy can be stored. The progress by this American state is silently helping lower costs and in pushing the energy transition movement forward. The state is harnessing solar power thanks to a big battery boom, providing a glimpse into other economys' energy future, like Australia's. California shows us that what seemed impossible only a couple of years ago is already a reality, and that's going to keep happening as the world moves to net zero. #energytransition #lowcarbon #electricity #solar
In California, big batteries are eating into gas demand, showing how Australia could harness its solar power glut
abc.net.au
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The article on the ABC made me wonder how we are going in Queensland in comparison. For context the Californian maximum demand is ~52,000MW, with ~11,000MW of batteries connected. For Queensland: Maximum demand ~11,000MW Batteries connected 450MW Batteries in construction 1,525MW Batteries at application stage of connection 7,260MW Batteries at enquiry stage of connection 11,020MW Hence we should expect similar amounts of batteries connected in Queensland in the near future as in California today (from a MW perspective as a percentage of maximum demand). However batteries are really about storage with the Californian market favouring batteries with four hours storage. It is worth noting 11,000MW of batteries with four hours of storage still have less storage capacity than the proposed Borumba pumped hydro energy storage scheme. Storage in the form of batteries and pumped hydro are both essential to enable a renewable future.
In California, big batteries are eating into gas demand, showing how Australia could harness its solar power glut
abc.net.au
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Here is an insightful summary of how a renewables- based energy system delivers what we used to call ‘baseload’ power
In California, big batteries are eating into gas demand, showing how Australia could harness its solar power glut
abc.net.au
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3moThe "duck curve" poses a significant challenge for states like California that have made substantial strides in solar adoption. It's impressive to see how energy storage solutions are addressing this issue by storing excess solar output during peak sunlight hours and releasing it during high-demand periods in the evening. California's leadership in installing large-scale battery storage projects is a testament to the state's commitment to a clean energy future. MN8's contributions with the Slate and Mustang projects, providing a combined 490MW of solar and 215.25MW/861MWh of energy storage capacity, are commendable. These efforts are crucial in balancing the grid and ensuring a reliable energy supply. How do you see advancements in battery storage technology further mitigating the challenges of the duck curve and enhancing grid stability in the future?