ClearVue Technologies has achieved a manufacturing breakthrough with their Gen 3 solar vision glass units, allowing them to accept high-performance Low-E coatings to control solar heat entering buildings. This development makes energy-generating glass more accessible for commercial projects, as it can now be coated using existing systems. ClearVue is the only BIPV supplier offering this capability while generating renewable energy, allowing architects and engineers to specify performance requirements while incorporating clean energy generation into building design. This advancement is part of ClearVue's efforts to make energy-generating glass a standard commercial practice, contributing to sustainable building solutions.
Category: Electricity
Cut Emissions:
– Enhance Efficiency
– Shift Production
– Improve Electrical System
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Fresh hope as huge hybrid wind and battery project reaches financial close in Sunshine State
Copenhagen Infrastructure Partners has acquired the Gawara Baya wind and battery project in Queensland, combining 408 MW of wind with a 104 MW battery energy storage system. The project has received environmental approvals, secured energy off-take deals, and has an Indigenous Land Use Agreement with the Gugu Badhun Aboriginal Corporation. Windlab CEO John Martin emphasizes responsible development and working with local communities, with the project aiming to leave a positive legacy while generating renewable energy. The project's revised layout minimizes its impact on habitats and species, leaving 98% of the habitat undisturbed and focusing on sustainable development in the transition to clean energy.
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Rooftop solar record tumbles as battery rebate drives 1 GW of new installs over just three months
In the second quarter of 2026, rooftop solar installations in Australia reached a new record of 1 gigawatt, with many systems being paired with batteries through the Cheaper Home Batteries scheme. Home battery installations also saw a record high, with over 111,000 approved batteries installed. This surge in consumer energy resources is impacting the grid by lowering wholesale prices and decreasing grid demand. Furthermore, large-scale solar investment hit a record high in the quarter, indicating a significant acceleration in the transition towards renewable energy solutions.
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Brazil’s Intersolar SA 2026 highlights storage momentum amid solar slowdown
Brazil is solidifying its position as a key player in the solar energy market, with a growing demand for flexibility services, energy backup, and integration of renewable energy sources. The role of energy storage in the solar industry was highlighted at Intersolar South America 2026, with major module suppliers showcasing their BESS solutions. Despite an increase in supply, sales of batteries in Brazil have not kept pace, with only about 15% of inverters imported including storage. The December auctions are expected to drive demand for storage, with forecasts of between 4 GW and 5 GW. Partnerships between international suppliers and Brazilian manufacturers are being explored to meet the requirements of the auctions and restore growth in Brazil's solar sector.
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Making climate action stick
The global transition from fossil fuels to renewables is well underway, with solar and wind emerging as the cheapest forms of power. However, challenges such as job losses in coal-dependent communities highlight the need for a "just transition" that prioritizes community ownership and governance in new energy systems. Philanthropy plays a crucial role in advancing energy transitions that empower communities and ensure long-term sustainability. Initiatives like INSPIRE in South Africa demonstrate the importance of shared ownership and community involvement in renewable energy projects. Climate philanthropy must focus on building a global infrastructure for just transition work, funding civic engagement, and addressing funding disparities to ensure equitable and inclusive energy transitions for all stakeholders.
https://www.climateworks.org/blog/making-climate-action-stick/
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From Breakthrough to Battery Factory: Closing the “Missing Middle” in U.S. Battery Commercialization
American research labs have developed innovative battery technologies, but few have been commercially manufactured in the US. The deployment of battery storage is expanding the grid's ability to store and deliver electricity, supporting the clean energy transition. The "missing middle" in the commercialization ecosystem hinders the scaling of promising battery technologies. Shared commercialization infrastructure, like the Carolina Institute for Battery Innovation and Georgia Tech's Advanced Battery Center, can bridge the gap between research and commercial production. Developing domestic manufacturing capacity for batteries is crucial for US economic competitiveness in the clean energy sector. The importance of shared commercialization infrastructure in the Southeast's growing battery industry is highlighted, emphasizing the need for consistent manufacturing processes and quality. This shared infrastructure serves as a training ground for professionals and connects organizations across the battery ecosystem, ultimately reducing risks and making promising technologies more attractive to investors and partners, thus strengthening the US battery manufacturing ecosystem.
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SolarWindow launches 0.85 mm-thick, self-adhesive solar film
SolarWindow Technologies has launched ElectroFlex, a thin and flexible solar product with a power conversion efficiency of 24.4% and a power-to-weight ratio of 73 W/kg, suitable for flat and curved surfaces without frames or support structures. Targeted for transportation, marine, aerospace, and architecture sectors, SolarWindow plans to expand sales to North America and Asia. Additionally, the company is developing LiquidElectricity, a transparent coating to generate electricity from glass and plastic surfaces.
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Gina Rinehart’s flagship mine supplying EVs is operating at an average 93 pct renewables so far this year
Remote mining operations in Australia, such as Mt Weld, Bellevue gold mine, and Kathleen Valley mine, are achieving high levels of renewable energy integration, with some reaching between 80-90% renewables. Zenith Energy, which operates these hybrid power projects, emphasizes that these systems can maintain reliable supply in demanding environments, challenging the perception that high-renewable energy systems cannot support energy-intensive industrial operations. The success of these remote mining operations demonstrates the technical and commercial feasibility of high-renewable energy systems in Australia, broadening the discussion on what is achievable across the wider economy. Despite initial skepticism, the Mt Weld rare earths mine, owned by Lynas Rare Earths and backed by Gina Rinehart, is operating at an average of 93% renewables, exceeding expectations. The hybrid power plant at the mine combines wind, solar, battery, and diesel systems, resulting in cost savings, increased efficiency, and reduced emissions. Lynas sees future markets for its rare earths in electric vehicles, industry electrification, and wind turbines, showcasing the potential for high renewable shares in a larger grid and the promise of technologies like grid forming inverters for grid stability.
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Trump administration wants electricity from ocean waves, not wind
The PacWave South wave energy test site in Oregon has opened for companies to test technologies that generate electricity from ocean waves, despite hurdles created by the Trump administration for clean energy projects. The facility aims to advance the marine energy industry, which is carbon-free and has the potential to power a significant portion of U.S. electrical needs. The Energy Department has invested nearly $150 million in the facility and believes wave energy devices can enhance national security. The PacWave South site in Oregon is a grid-connected wave energy test site that is pre-permitted, allowing developers to bring various types of wave energy converters for testing without acquiring permits. These converters include point absorbers, oscillating water columns, and attenuators, crucial for the development of wave energy technology and addressing the bottleneck in the global industry.
https://apnews.com/article/wave-wind-energy-offshore-oregon-trump-0199c3f42686e5804be70be432e239b4
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The tiny sensor that could extend EV driving range, and provide a smoother ride
Texas Instruments has developed the TMCS2100-Q1 sensor, which enhances electric vehicle performance by measuring magnetic fields in both horizontal and vertical directions, providing 20-times more accurate measurements than single-axis sensors. This increased precision improves EV powertrain torque control loop, maximizing efficiency and power delivery. The sensor enables smaller, more power-dense traction inverter designs, leading to more efficient, longer-range, and smoother driving electric vehicles.