Nissan Australia has repurposed retired electric vehicle batteries to power part of its production facility in Melbourne and supply EV chargers through the Nissan Node project. This collaboration with Relectrify aims to increase battery cycle life, reduce energy storage costs, and promote a circular economy. The initiative is expected to reduce annual carbon emissions by 259 tonnes and save 128 MWh of energy each year, showcasing a sustainable future for end-of-life EV batteries.
Category: Electricity
Cut Emissions:
– Enhance Efficiency
– Shift Production
– Improve Electrical System
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Massachusetts awards 1.3 GW in first large-scale energy storage tender
The Massachusetts DOER has chosen four energy storage projects, including Jupiter Power's Trimount ESS, to contribute to reaching a goal of 5,000 MW of operational storage capacity by 2030. Trimount ESS will be located at a former Exxon oil terminal in Everett, repurposing the site into a clean energy hub. This project is anticipated to defer $2.2 billion in regional transmission upgrades, showcasing the potential for large-scale energy storage to support the transition to renewable energy sources and reduce the need for costly infrastructure investments.
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Charting The Changes That Will Lead To Renewable Energy Dominance In 2026
Bill McKibben, a climate realist, acknowledges the dire state of the planet due to global warming but sees hope in the increasing use of alternative energy sources like solar and wind power. He notes the significant progress made in countries like China and Australia in transitioning to renewable energy. McKibben emphasizes the importance of shifting away from fossil fuels towards clean energy solutions to combat the climate crisis. The article also touches on the challenges posed by the current capitalist system that benefits from the extraction and distribution of fossil fuels. The shift towards renewable energy is noted, with examples like China exporting more green technologies than fossil fuels, and the potential for a more sustainable and equitable energy future is emphasized.
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Sembcorp completes acquisition of 300 MW solar project in India
Sembcorp Industries has expanded its renewable energy operations in India by acquiring a 300 MW solar project in Rajasthan, connected to the national grid and operating under a 25-year power purchase agreement with Maharashtra State Electricity Distribution Co. Ltd. This acquisition boosts Sembcorp's renewable energy capacity in India to over 7.6 GW, furthering its global renewables portfolio to 20.2 GW. This move highlights the company's commitment to sustainable energy solutions and contributes to the ongoing efforts to combat climate change through the expansion of renewable energy sources.
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PV redox flow battery with 4.2% solar-to-electricity conversion efficiency
Scientists in China have developed a novel anthraquinone-based solar redox flow battery (SRFB) device that combines a solar cell with a redox flow battery, achieving an average solar-to-electricity conversion efficiency of 4.2% under simulated one sun conditions. The SRFB device utilizes redox couples 2,6-DBEAQ and K4[Fe(CN)6] paired with a triple-junction amorphous-silicon photoelectrode, allowing for photo-charging without an external bias and discharge over 10 cycles with a solar-to-output electricity efficiency of 4.3%. This breakthrough paves the way for advanced solar-to-chemical energy conversion technologies, offering new possibilities for sustainable energy solutions.
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Solar and storage program forecast to save all Massachusetts ratepayers $313 million per year
A report from Synapse Energy Economics and the Solar Energy Industries Association highlights the potential benefits of solar plus storage in Massachusetts. By meeting deployment targets set by the SMART 3.0 incentive program, ratepayers could save $313 million per year by 2030. The program aims to push older, inefficient natural gas plants out of the auction, resulting in lower wholesale electricity prices. Solar and storage technologies can reduce the state's reliance on natural gas during winter months, leading to cost savings and emissions reductions. The planned expansion of solar and storage could avoid the use of 29 billion cubic feet of natural gas and reduce CO2 emissions by 1.6 million metric tons annually by 2030.
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From Guns & Steel to Grids & Batteries: A History-Informed View of Climate Action
The section emphasizes the importance of viewing decarbonization as a market creation challenge, influenced by institutions, culture, and material conditions. It highlights successful climate actions from the past year, such as transmission buildouts, electric vehicle mandates, and industrial policies focusing on scale. The text stresses the role of markets in driving technological innovation and societal change, using examples from history to illustrate the impact of inclusive versus extractive institutions on market development. Ultimately, it concludes that delay in climate action is a choice, not guaranteed success, and that supportive institutions are needed to enable the growth of clean energy markets and accelerate climate action.
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Nothing About Us Without Us
In Marajó, the community faces challenges with frequent power outages impacting daily life, highlighting the importance of energy access for basic rights and dignity. The connection between energy justice and climate justice is emphasized, especially as the impacts of the climate crisis worsen. The Marajó Observatory advocates for a transition to clean energy for energy security, amplifying community voices in decision-making spaces. 350.org and partners have implemented 10,000 solar energy systems in the Amazon, focusing on community participation and energy autonomy to ensure the National Energy Transition Plan reflects local needs and culture. The ultimate goal is to create a future where clean energy is a right, promoting climate and social justice.
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Could American “Spirited Self-Determination” Reshape Energy?
Schneider Electric has been partnering with the National Laboratory of the Rockies for a decade to tackle energy questions, focusing on projects such as analyzing the U.S. energy economy in 2050 and developing smart panels for homeowners. The partnership aims to bring together electric ingenuity, automation, artificial intelligence, and digital control to provide better energy solutions, with outcomes potentially leading to reduced energy costs and greater control over electricity flow for Americans. Schneider Electric is investing in technologies and systems to adapt to America's energy future, exploring plausible energy futures and preparing to navigate change based on insights. The partnership is also analyzing the potential energy and cost savings of smart panels for American consumers and utilities, with simulations being conducted to quantify the long-term benefits of this technology. Together, Schneider Electric and NLR are focused on making a significant impact in the energy sector, aiming for greater resilience, affordability, and competitiveness in the future energy landscape.
https://cleantechnica.com/2025/12/23/could-american-spirited-self-determination-reshape-energy/
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ArcelorMittal announces $900m renewable energy projects in India
ArcelorMittal has unveiled three new renewable energy projects in India, including a 250MW wind facility, 300MW solar facility, and 300MWh of battery storage in Bachau, Gujarat, aiming to reduce CO2 emissions by 1.59mt annually and add 1GW to their renewable capacity. CEO Aditya Mittal emphasized the importance of sustainable investments in the energy transition. These projects, along with others in Brazil and Argentina, will collectively provide 3.3GW of power generation capacity, contributing to climate solutions. The article also discusses the use of microgrids and distributed renewables, highlighting the use of AI-enabled Microgrid Management SystemTM and strategic partnerships to create networked microgrids for a more flexible and resilient energy grid, promoting sustainable energy solutions to address climate change effectively.
https://www.power-technology.com/news/arcelormittal-900m-renewable-energy-projects-india/