The article emphasizes the need for significant investment in the U.S. energy system to meet ambitious climate goals, with a projected $578 billion shortfall over the next 10 years. Drawing parallels to the Federal Highway Program, it highlights the success of the Highway Trust Fund in funding infrastructure projects and suggests a similar user-based funding mechanism for the electrical system transition. The importance of a federal trust fund for energy infrastructure is discussed, with a focus on enhancing generation, transmission, and resiliency to mitigate the impacts of climate change and increased demand. The success of this project hinges on acknowledging the national nature of the U.S. energy system and providing long-term funding certainty through a federal trust fund.
Category: Electricity & Industry
Cut Emissions:
– Enhance Efficiency
– Cut Fugitive Emissions
– Shift Production
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Q&A: New UK onshore wind and solar is ‘50% cheaper’ than new gas
The UK government's latest Contracts for Difference (CfD) auction has secured a record 7.4GW of solar, onshore wind, and tidal power, making it the largest auction round to date. Contracts were agreed at competitive prices of £65/MWh for solar and £72/MWh for onshore wind, below recent wholesale power prices. These projects will help cut consumer bills, reduce gas imports, and lower gas demand by 95TWh per year. The auction results highlight the economic viability of renewable energy sources, with onshore wind and solar projects seen as more cost-effective than new gas-fired power stations. These investments in renewable energy will strengthen the UK's energy security and help the country move towards meeting its 2030 clean power targets.
https://www.carbonbrief.org/qa-new-uk-onshore-wind-and-solar-is-50-cheaper-than-new-gas/
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The coming age of compact fusion: local power for a data-hungry world
The article discusses the increasing energy consumption of data centers and the potential impact on global electricity supply, highlighting the shift towards distributed, resilient, and high-density power systems, with a focus on compact fusion power as a strategic solution. Challenges of achieving fusion on Earth through magnetic confinement systems like Tokamaks and Stellarators are explored, emphasizing the importance of building fusion power systems small, fast, and locally to address the growing energy demands of the digital economy. Advances in compact fusion technology are leading to transformative potential in the field of fusion energy, with smaller, denser, and more controllable reactors being developed to meet the global demand for clean and reliable power. Compact fusion efforts aim to bridge the gap between big science and fast tech, making fusion energy an everyday utility and bringing the power of the stars within reach.
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EU invests €3 billion in decarbonization of buildings, road transport
The EIB has announced a €3 billion facility to support investments in cleaner heating, cooling, and reducing energy demands in buildings and road transport, including programs that benefit low- and middle-income households to prepare for the new emissions trading system. The aim is to accelerate the deployment of solutions like heat pumps and electric vehicles to reduce energy and transport bills, while also supporting a shift to public and shared transport, expanding e-mobility schemes, and deploying recharging infrastructure. Additionally, the EU has opened the IF25 Heat Auction to support electrified and direct-renewable heat production, further advancing climate solutions in the region.
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Australian state awards 12 GWh of long-duration storage contracts
New South Wales has awarded long-term energy service agreements to six battery energy storage projects totaling 1.17 GW and nearly 12 GWh, increasing the state's contracted storage capacity to 30 GWh. These projects meet the state's legislated objective of delivering 2 GW of long-duration storage by 2030 and 28 GWh by 2034, with a focus on transitioning to renewable energy sources and reducing price volatility. The New South Wales Electricity Infrastructure Roadmap aims to replace old coal-fired power stations with 12 GW of renewable energy and 2 GW of storage by 2030, with tenders being sought for additional projects to further strengthen competition in the market. The overall goal is to increase renewable energy capacity and transition away from fossil fuels to cleaner and more reliable sources.
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Australian tech company unearthing new capacity on the grid lands $1.1bn valuation after new capital raise
Neara, an Australian energy technology company, has raised $90 million to expand its AI and machine learning products, crucial for the green energy transition. The company's software builds 3D models of networks to identify new capacity and better plan for new generation and data centers, with a focus on addressing challenges faced by power grids in the face of rising electrification and demand from AI and data centers. Traditional methods are no longer sufficient for managing a modern grid, with challenges in grid access and planning affecting sectors like data centers and renewable energy. Data centers present an opportunity similar to renewable energy, with countries needing to address grid issues to benefit. The data center industry is seen as a "space race" with significant potential.
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Adani secures Japanese funding for India’s green energy corridor
Adani Energy Solutions (AESL) has secured funding from Japanese banks for a 950km high-voltage direct current (HVDC) transmission project in India, aimed at transporting renewable energy from Rajasthan to the national grid with an evacuation capacity of 6,000MW by 2029. This project will enhance grid stability, integrate renewable energy into major urban and industrial areas, and strengthen financial and industrial ties between India and Japan. Part of Adani Group's clean energy platform, the project aligns with India's Make in India initiative, focusing on developing resilient transmission infrastructure for India's energy transition.
https://www.power-technology.com/news/adani-japanese-funding-green-energy/
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AI Startup That Does EV-Related Materials Science Discovery Raises $8M
The section discusses the investment in clean, renewable technologies in countries outside the US, such as the UK-based startup Polaron raising $8 million. It highlights the importance of developing enhanced materials to improve electric vehicle efficiency, with examples like the electric MINI Countryman SUV increasing its range without increasing battery size. Polaron's CEO explains how early deployments have improved battery electrode energy density by more than 10% through manufacturing process optimization. The use of AI technology by EV makers and battery manufacturers for R&D and process engineering is also discussed, with AI being used for characterisation and design to improve performance and accelerate work on fast charging, energy density, and battery lifetime. The new funding will be used to scale the team, expand industrial deployment, and integrate with large industrial customers, with the approach being applicable to other EV components beyond battery electrodes to improve performance based on internal structure shaped by manufacturing.
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State owned utility’s third big battery officially opened, and is “re-rated” to be the biggest in Australia
Synergy has opened the Collie battery, the largest battery project in Australia with 2,400 MWh of storage capacity, as part of a transition away from coal-fired generators by the end of the decade. This battery will capture wind and solar energy to power homes when needed, contributing to a renewable energy mix. The town of Collie now hosts the two biggest batteries in Australia, solidifying its role in powering Western Australia's electricity system with clean energy solutions.
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Danish giant lodges EPBC referral for first of its two Gippsland offshore wind projects
Danish offshore wind developer Orsted has applied for the 2.8 GW Gippsland 1 project off the coast of Victoria, Australia, as part of the state's plan to transition to renewables and reach a 95% renewables target by 2035. The project involves installing up to 200 turbines and laying export cables over 90-120km in three to four years, with feasibility studies expected to be finished by the end of 2027. Challenges include the project's location 56km offshore, which makes cabling plans more costly and complicated. Multiple permissions are required, including EPBC approval, federal licenses, state environmental approval, and planning approval, with community concerns focusing on protecting coastal and marine areas, coexistence with commercial fishing, and understanding Indigenous values. Orsted emphasizes the importance of addressing these themes in their project development to ensure successful implementation.