Thermal Shield Solutions’ Post

#tenewableEnergy #SolarPowerPlant #Engineering #Electrical #Investor #Energy #SolarPanels #SafeInvestment #WindPowerPlant The big influx of battery storage on the California grid in the past two years is starting to have a lasting impact on one of the world’s biggest state grids, reshaping the demand curve, sucking in the tummy of the huge solar duck, and reducing the impact and dominance of fossil gas. What has been happening over the past few months in California – with battery storage pushing out gas as the major provider of power into the evening peaks, and soaking up rooftop solar in the middle of the day – is seen as a postcard for the future for many grids around the world.. It is of particular interest to Australia, which has also been investing heavily in battery storage – and leading the world in terms of battery size and applications – and which is also rich in solar resources and solar installations.

California's state grid continues to break records, with battery storage playing a pivotal role in shifting #solarenergy to meet evening peak demand. In a remarkable development, #batteries now regularly serve as the largest single supplier during the evening peak, highlighting their growing importance in the energy transition. Recent data reveals unprecedented dynamics, with batteries accounting for up to 31% of all load and up to 29% of all supply. Over the weekend, records were shattered for both charging and discharging, underscoring the remarkable flexibility and reliability of #batterystorage systems. With over 10 gigawatts of installed battery capacity and another 5 gigawatts under construction, California leads the world in battery storage adoption. However, Western Australia is poised to challenge this dominance, with significant investments in battery storage to support the time-shifting of rooftop solar. As the energy landscape evolves, battery storage emerges as a critical enabler of a cleaner and more resilient grid. 🌍⚡ #energytransition #renewableenergy #california #grid #sustainability

https://lnkd.in/gDVxV5Di A graph of power demand in a grid with solar power looks like a duck, but it doesn't quack, swim or fly. To level out the "Duck Curve" an energy storage buffer is needed. Battery Electric Storage Systems are one method which can provide a few hours of storage. If you want days then you need other technologies like pumped hydro, including hydro-electric dams, which contribute about 80% of energy storage worldwide. #duckcurve #energystorage

Batteries on the grid (10 GW) start to make a difference in CA - not just slurping up more daytime solar to provide power at night, but there was a significant reduction in NG generation this year. What's the critical mass of energy storage in a system? Has anyone studied this? #cleanenergy #energystorage

☑️ Exciting study by UC Berkeley hints toward a solar-power explosion by 2035💥 ☑️ Replacement of traditional transmission conductors with advanced ones can double capacity within existing rights-of-way. ☑️ Maximizing transmission capacity prevents delays, spurs clean energy development, and could save over $400 billion by 2050💰 Taking solar power to the next level needs more than just installing panels and arrays; it's also about how effectively this power is distributed. An exciting study from UC Berkeley might just have the answer. By replacing traditional transmission conductors with advanced ones, they claim we might be able to facilitate an impressive 764 GW of transmission-connected solar by 2035. Advanced conductors can actually potentially double capacity. How is that for good news? Even better, such projects cost much less than installing new lines. And as a bonus: They are readily available from reputable U.S. manufacturers. This change could not only streamline the integration of clean energy projects in the queue but also spur ongoing development near existing infrastructure. And the icing on the cake? If we maximize transmission capacity, it might shift potential savings in the tune of more than $400 billion by 2050. Our journey towards a greener future just got sunnier. ☀️ For more information on selling solar virtually across the USA visit www.tstpros.com.

☑️ Exciting study by UC Berkeley hints toward a solar-power explosion by 2035💥 ☑️ Replacement of traditional transmission conductors with advanced ones can double capacity within existing rights-of-way. ☑️ Maximizing transmission capacity prevents delays, spurs clean energy development, and could save over $400 billion by 2050💰 Taking solar power to the next level needs more than just installing panels and arrays; it's also about how effectively this power is distributed. An exciting study from UC Berkeley might just have the answer. By replacing traditional transmission conductors with advanced ones, they claim we might be able to facilitate an impressive 764 GW of transmission-connected solar by 2035. Advanced conductors can actually potentially double capacity. How is that for good news? Even better, such projects cost much less than installing new lines. And as a bonus: They are readily available from reputable U.S. manufacturers. This change could not only streamline the integration of clean energy projects in the queue but also spur ongoing development near existing infrastructure. And the icing on the cake? If we maximize transmission capacity, it might shift potential savings in the tune of more than $400 billion by 2050. Our journey towards a greener future just got sunnier. ☀️ For more information on selling solar virtually across the USA visit www.tstpros.com.

Solar energy has been growing by leaps and bounds, as has the need for more microgrids to harness and power communities, companies, and critical infrastructure. There is a lot to love about microgrids and their impact on the overall electricity picture. Unfortunately, we still have to figure out how to quickly and seamlessly integrate them into the larger, aging power grid. #Electricity #SolarEnergy #RenewableEnergy #Microgrids #ElectricalGrid

“Grid defection is profitable in some solar-rich U.S. locations” “Researchers from Canada’s Western University assessed eighteen case studies across thirteen US states and found in areas an economic case for disconnecting from the #electricitygrid in some areas with high #solarirradiation and high #electricityrates . They say economic grid defection and utility death spirals are becoming salient issues in the US.” OCTOBER 17, 2024 - PATRICK JOWETT “People living in solar-rich locations within the United States may be better off financially cutting ties to the #grid and generating electricity using #solar , #battery and generator hybrid systems, according to new research.” “The research paper “The threat of economic grid defection in the U.S. with solar photovoltaic, battery and generator hybrid systems,” available in the November edition of Solar Energy, says that a shift away from net metering, coupled with increased grid #electricitycosts and decreases in both #PV and battery costs, has seen economic grid defection and utility death spirals become salient issues in the US.” https://lnkd.in/ehaJNbhJ Source- original post Read all my posts #MariusPreston

California's recent success in maintaining grid reliability during a record-setting heat wave is a testament to the state's forward-thinking investments in renewable energy and battery storage. Elliot Mainzer's comments highlight the crucial role these batteries played, storing solar power for use during peak demand. This progress underscores the importance of innovation in our transition to clean energy. As California continues its journey toward 100% renewable energy by 2045, the focus on enhancing grid infrastructure and promoting energy conservation remains vital. #GridReliability #SolarPower #BatteryStorage #CleanEnergy

Most interesting article this morning about the complexities of setting #rates, energy demand vs supply timing, the work of PUCs (Public Utility Commissions - in this case California's), all in the context of #renewable energy. Key concepts are #curtailment (throwing away) of power 😮because of the #duckcurve (less demand than supply of solar available) 🦆 It is a 5-minute read. Here is a summary: Solar Surplus: California has installed nearly 47 gigawatts of solar power, leading to an excess of energy on sunny days, causing electricity prices to go negative. Curtailment Issue: The state is facing the challenge of “curtailing” solar power, which means a significant amount of solar energy is being wasted. Economic Impact: Changes in net-metering policies have reduced incentives for rooftop solar, potentially slowing down solar development and affecting solar-related businesses. Future Strategies: California is exploring solutions like selling excess power to other states, increasing storage capacity, and improving transmission lines to manage the solar surplus. https://lnkd.in/gHujv7xG Strategic Business Solutions #rates