Awendio Solaris plans to invest CAD 1 billion in a solar manufacturing facility in Montreal, Quebec, targeting the Canadian and US markets. The facility will create 1,000 jobs and produce up to 5,000 MW of solar cells and modules per year using n-type tunnel oxide passivated contact technology with a fully North American supply chain. Operations will be powered by Quebec's hydroelectric grid and on-site solar generation, with support from First Nations groups and research partnerships with local universities. Additionally, Hydro-Québec plans to deploy up to 3 GW of solar capacity by 2035, starting with a 300 MW solar tender and offering financial incentives for residential and commercial solar installations. These initiatives are expected to significantly contribute to Canada's clean energy transition and economic growth.
Category: Electricity
Cut Emissions:
– Enhance Efficiency
– Shift Production
– Improve Electrical System
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Solar, wind and storage: stable prices, stable grid
Australia's rapid expansion of solar and wind energy has not increased wholesale electricity prices since 2016, making it a global renewable energy leader. Solar and wind are displacing coal and gas, meeting all growth in demand, with stable grid infrastructure and high rooftop solar adoption rates contributing to falling wholesale prices. Rooftop solar systems in Australia cost $6,000 and last 20 years, with an annual electricity output of 1200-1400 kWh per kW, driving widespread adoption at a low cost of 3 US-cents per kWh. All-electric solar homes in Australia have zero gas and petrol bills, with large energy storage options available, and the quick installation and high resilience of Australian rooftop solar systems make them a promising solution for climate experts.
https://www.pv-magazine.com/2025/12/19/solar-wind-and-storage-stable-prices-stable-grid/
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First solar-battery hybrid on Australia’s main grid is energised, and ready to send PV into evening peaks
The first large scale solar-battery hybrid power plant on Australia's main grid, Quorn Park, has been energised and is ready to send solar power into evening demand peaks. This facility combines an 80 MW solar farm with a 20 MW, 40 MWh battery, allowing for solar to be stored and fed into the grid during peak demand times. Solar-battery hybrids are seen as a solution to provide reliable and cost-effective support to the grid, meeting the evolving needs of communities and accelerating the energy transition. Solar battery hybrids are becoming increasingly popular in the green energy transition, with Chris Bowen naming 20 winners of a 6.5 gigawatt CIS tender, making them a key technology for clean energy solutions.
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38 Coastal, Remote, & Island Communities To Pursue Energy Reliability via Energy Technology Innovation Partnership Project
The Energy Technology Innovation Partnership Project (ETIPP) is supporting various coastal, remote, and island communities across the United States in addressing their unique energy challenges. Through strategic energy planning, communities are working on projects to strengthen energy systems against extreme weather events, explore new local generation options, and design microgrids for outage protection. The program focuses on improving energy efficiency, lowering costs, incorporating renewable energy sources, and aligning with traditional values. ETIPP continues to expand its regional presence and assist communities in developing reliable and affordable energy systems to enhance resilience and security.
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Amea Power begins construction on 1 GW/600 MWh solar-plus-storage plant in Egypt
Amea Power has secured financing and begun construction on Africa's largest single-site hybrid renewable facility in Egypt, integrating 1 GW of solar PV with 600 MWh of BESS and expected to be operational by June 2026. Located in the Aswan Governorate, the project is a key part of Egypt's clean energy journey, enhancing energy security, supporting local employment, and contributing to national development. The project's financing, led by the IFC and involving international partners, highlights the growing momentum towards sustainable energy solutions in the region.
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AMEA Power and Kyuden partner with IFC for solar battery storage project in Egypt
AMEA Power, Kyuden International Corporation, and Hover Energy are leading the way in climate solutions with innovative projects and technologies. AMEA Power's 1GW solar PV plant in Egypt, in collaboration with IFC, aims to enhance energy security and reduce carbon emissions, creating over 4,000 jobs during construction. Hover Energy's AI-enabled Microgrid Management SystemTM has won three awards for its contribution to rebuilding the grid for a more flexible and resilient energy future. These initiatives are crucial in the transition to renewable energy and cutting down CO2 emissions.
https://www.power-technology.com/news/amea-power-kyuden-partner-ifc/
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2025 Energy Year in Review: Solar and Storage Shine Through, Despite It All
In 2025, despite challenges from the Trump administration, clean energy in the United States showed significant progress. The US solar sector saw record-breaking installations, with Texas leading the way followed by California and Indiana. Solar generation and manufacturing capacity also experienced substantial growth. Energy storage installations increased by over 50%, with Texas, California, and Arizona leading the way. Overall, 2025 is projected to be the biggest year for clean power deployment in history, showcasing the potential of clean energy technologies in transforming electricity markets across the country. Solar is expected to overtake coal in some states, with commitments to clean energy goals from states like Maine and California. Affordability concerns are driving more people to recognize the benefits of solar and wind power, with decision makers and advocates pushing for policies to accelerate the transition to clean energy. Innovation, economies of scale, and international progress are making clean energy more attractive, highlighting the possibilities and long-term benefits of a clean energy economy.
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Sparc hits production milestone at hydrogen pilot plant in Australia
Sparc Hydrogen, a joint venture involving Sparc Technologies, Fortescue, and the University of Adelaide, has successfully achieved sustained hydrogen generation at its pilot plant in South Australia using a photocatalytic water-splitting process powered by concentrated solar energy. This breakthrough technology eliminates the need for electrolyzers or electricity, positioning Sparc Hydrogen as a leader in direct solar-to-hydrogen production. The company aims to further optimize its technology for scalability and commercialization, with the potential to unlock low-cost green hydrogen production. With the global green hydrogen market projected to reach $1.4 trillion per year by 2050, this innovation could play a significant role in advancing climate solutions.
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Grid operators, ratepayers shouldn’t fear flexible data centers: GridCARE
GridCARE, a California-based startup, released an analysis showing that large data centers can help reduce electricity costs and improve grid reliability by incorporating flexibility into their operations. By partnering with utilities and using artificial intelligence in load management, data centers can potentially reduce costs by 5% across all customer classes or unlock over $1.35 billion in capital for the utility. Another analysis by Camus Energy, encoord, and Princeton University found that flexible data centers could connect to the grid sooner and eliminate incremental power supply costs, contributing $733 million per gigawatt towards the cost of its incremental load. Overall, these studies suggest that data centers can play a key role in improving grid efficiency and sustainability, leading to lower rates for customers and accelerating investment in grid assets.
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Hithium pushes into long-duration storage and AI data centres with 1,300Ah cell, 6.9 MW/55.2 MWh system, and lithium-sodium hybrid
Hithium Energy Storage has unveiled new 1300Ah cell and long-duration storage system, as well as a lithium-sodium hybrid solution for AI data centers, to tackle the issues of renewable energy intermittency and growing electricity demand in digital infrastructure. By positioning long-duration storage as a grid asset and foundation for energy-intensive AI infrastructure, the company is making a strategic shift towards more sustainable and efficient energy solutions in response to climate change.