KRAFTBLOCK’s Post

Thermal Energy Storage is taking off more and more. Again a report (by Systemiq Ltd.; read here: https://lnkd.in/eM8NGJbe ) shows the wide range of benefits from reducing the investment amounts for electricity grids and preventing curtailment of variable renewable energy generation to efficiency and cost benefits. Robert Habeck calls it the "missing link" between renewable energy and waste heat on the one side and decarbonized industrial heat on the other side. It was such a nice gesture from him to take the time in January to answer us one question: "What is the need and the future of energy storages?" #energystorage #energypolicy #energy

Extreme Weather? Good News for Renewable Energy! New research suggests extreme heat and cold waves, while taxing our power grids, could also present an opportunity to generate more solar and wind energy! This is because clear skies (common during heat waves) and stronger winds (variable by region) can boost solar panel and wind turbine output. ☀️ The study by Washington State University looked at US data from 1980-2021 and found all regions experienced power outages during extreme weather events. This highlights the need for a more resilient grid, and renewables can be part of the solution! Expanding solar and wind has the potential to: Increase energy production during peak demand (heat/cold waves) Reduce reliance on fossil fuels and their associated air pollution Improve grid resilience in the face of climate change Challenges remain, like grid infrastructure upgrades and environmental considerations for wider solar/wind deployment. But this study adds another reason to accelerate the transition to clean energy! #renewableenergy #climatechange #gridresilience

The Federal Energy Regulatory Commission (FERC) has modernized U.S. transmission policies to meet 21st-century energy demands, especially for AI, data centers, and electric vehicles powered by green energy. Key aspects include: 1. Doubling Transmission Capacity: To handle the increased demand for renewable energy, FERC aims to expand regional transmission capacity significantly. 2. Grid Stability and Resilience: The policies focus on making the grid more resilient to extreme weather, ensuring reliability. 3. Boosting Renewables: The new rules will facilitate the integration of wind and solar power, moving energy efficiently from rural to urban areas, and supporting the goal of renewables surpassing 50% of the grid within a decade. 4. Economic and Environmental Impact: The policies are aligned with U.S. goals to cut CO2 levels by 40% by 2030 and achieve carbon neutrality by 2050, reducing reliance on coal. 5. Streamlining Projects: FERC has introduced mechanisms to ease the construction and siting of transmission projects across states, including federal backstop authority to override state objections if necessary. 6. Cost Distribution: A new cost-sharing approach ensures that the financial burden of these projects is distributed fairly. These changes are expected to lower electricity prices, support renewable energy growth, and make the grid more stable and sustainable, benefiting both consumers and the economy (Forbes). Credit to: Ken Silverstein Photo by Francesca https://lnkd.in/gFRtQFqZ All images are copyright of their respective holders. #climatechange #sustainability #earth #nature #renewablenergy #renewables #renewableresource #renewablepower #decarbonization #cleanenergy #cleanpower #greenhousegases #ghg #windpower #windenergy

I am kicking off my series on the five challenges of greening the power grid by discussing the critical challenge of reliability. The tradeoff to greening our power grid has always been clear: Do we want our lights on all the time, or do we want carbon-free power? The challenge lies in the intermittent nature of most carbon-free energy sources like wind and solar. In order for the grid to function properly, the amount of power being generated must always match the amount of power being used. Traditionally, burning fossil fuels has provided a reliable way to balance this equation, allowing us to increase or decrease generation as needed. However, this comes at the cost of environmental degradation. As companies move to integrate more wind and solar power to the grid, the demand side must adapt to align with the variable supply. This shift calls for dispatchable resources that can more effectively balance the grid. The more renewable energy we incorporate, the more we need to innovate to maintain reliability. At Aston , we believe that greening the grid is not just about adding more renewable sources; it’s about rethinking how we manage and use electricity to ensure that we can achieve a sustainable and reliable energy future. #Aston #Sustainability #CleanEnergy

🔋In the pursuit of a sustainable future, energy storage technologies play a crucial role. Among these, the emergence of 5KWh wall-mounted batteries signifies a significant stride towards establishing clean and dependable energy syste. ✅Enhanced Reliability and Efficiency of Renewable Energy Systems: They facilitate the smoother integration of solar and wind power, diminishing reliance on fossil fuels. ✅Improved Grid Stability and Resilience: During events like severe storms or grid failures, these batteries can provide backup power to critical infrastructure, homes, and businesses, ensuring the continuity of essential services and operations. ✅Advancement of Carbon Neutrality: By offering a dependable means of storing and utilizing clean energy, 5KWh wall-mounted batteries expedite the displacement of fossil fuel-based electricity generation, resulting in significant reductions in greenhouse gas emissions. More detials,please contact:info@vnicepower.com Official website:www.vnicepower.com #VnicePower #batteries #lifepo4battery #lithiumbattery #BESS #energystorage #solarenergy #power #cleanenergy #solidstate

Electricity demand is set to surge over the coming decades as addressing climate change becomes a key focus for societies globally and the energy transition advances. At the same time, traditional fossil fuel powered generation will increasingly be phased out in favour of renewable sources. On the face of it, that’s good news for power markets, but the rising use of renewables has added a new factor into the supply-demand equation: the intermittency of renewable energy. Learn more Wood Mackenzie! #climatechange #electricitydemand #renewableenergy

Among all these source Solar Power is the most cost efficient.🙂

With the ongoing heat wave pushing power grids to their limits, the need for reliable and sustainable energy sources has never been clearer. Extreme weather conditions put immense pressure on electricity supplies around the world, often leading to brownouts, blackouts and energy shortages. This is where waste to energy (WtE) comes into play. By converting waste into electricity, WtE provides a clean and dependable energy source that can bolster our grids during times of need. Not only does WtE help us manage our waste more effectively, but it also complements other renewable energy sources like wind and solar. Together, they create a robust and resilient energy ecosystem, ensuring that our power needs are met—even when the sun isn't shining or the wind isn't blowing. #WasteToEnergy #WtE #CleanEnergy

🌞💡🔋 Exciting News for Clean Energy Enthusiasts! 🌱💚 The U.S. is making significant strides in clean energy storage, particularly with the installation of lithium-ion batteries across solar power plants. This innovation is not just about harnessing the power of the sun and wind; it's about storing excess energy for times when it's most needed, making renewable sources more reliable and reducing our dependence on fossil fuels. 🌍 In Arizona and beyond, solar facilities are getting equipped with batteries to maximize green power usage. This means even when the sun isn't shining or the wind isn't blowing, we can keep the lights on without turning to coal, oil, or natural gas. By 2023, the U.S. is expected to boost its energy storage capacity by 62%, positioning itself as a global leader in the energy storage race, second only to China. California leads the charge within the U.S., doubling the storage capacity compared to other states, thanks to its aggressive greenhouse gas reduction efforts. 🚀 Utilities are also stepping up, adding thousands of hours of energy storage to meet clean power requirements. This move towards sustainability not only helps in fighting climate change but also ensures a stable and reliable power supply. Let's celebrate this leap towards a cleaner, greener future! 🌱✨ #CleanEnergy #RenewableEnergy #Sustainability #GreenTech #EnergyStorage #LithiumIon #SolarPower #WindEnergy #ClimateAction https://lnkd.in/g7hAF8qW

Over the last six decades, global primary energy consumption has surged, driven by population growth, industrialization, and technological advancements. From 1965 to 2023, we've seen a remarkable increase in energy demand, with consumption patterns shifting significantly across regions and energy sources. In the 1960s, coal was the dominant energy source, fueling the post-war industrial boom. However, the 1970s oil crises highlighted the vulnerabilities of over-reliance on fossil fuels, leading to diversification in energy sources. The late 20th century saw the rise of natural gas and the beginnings of renewable energy adoption. The 21st century marks a pivotal era in energy consumption. While fossil fuels remain dominant, accounting for over 80% of global energy use, there is a growing shift towards renewable energy. The rapid development of wind, solar, and hydropower technologies, coupled with global initiatives to combat climate change, is driving this transition. Yet, challenges remain. The world continues to grapple with energy equity, as access to reliable energy remains uneven across different regions. Moreover, balancing energy demand with sustainability goals is a critical issue that requires global cooperation and innovation. As we move forward, the key to sustainable energy consumption lies in accelerating the adoption of clean energy, improving energy efficiency, and ensuring equitable access to energy resources. #EnergyTransition #Sustainability #CleanEnergy #GlobalEnergy #ClimateChange #Aimsolutions #data #visualization #storytelling #energy #greenenergy