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.
Category: Transportation
Cut emissions:
– Enhance Efficiency
– Shift to Alternatives
– Electrify Vehicles
– Switch Fuels
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Stranded Asset, What Happens When A Gas Car Becomes Worth Less Than Zero As Transportation?
The shift towards electric vehicles (EVs) in countries like Norway and China is leading to a decrease in the residual value of gasoline and diesel cars, with the author predicting that the US will follow suit within five years. Owners of gas cars are advised to consider the cost savings of switching to a used EV, while car manufacturers are urged to transition away from internal combustion engine (ICE) vehicles. The importance of considering the total cost of ownership when deciding between a gasoline car and an EV is emphasized, especially as EV prices continue to decrease. The article highlights the need for multiple factors to align for successful electric vehicle adoption in the US by 2031.
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Hyundai Bets Big On Extended-Range Electric Vehicles
EREVs, or extended-range electric vehicles, are gaining popularity in China and now Hyundai is entering the US market with models like the Santa Fe and Genesis offering a combined range of over 600 miles. China requires EREVs to have a battery-only range of at least 62 miles to qualify for incentives. Hyundai also plans to introduce 10 new conventional hybrid models in the US by 2030, aiming for them to make up half of its total sales. Despite the environmental benefits of electric cars, consumer range anxiety remains a barrier to adoption, highlighting the need to address climate change while considering consumer preferences in the automotive industry.
https://cleantechnica.com/2026/08/30/hyundai-bets-big-on-extended-range-electric-vehicles/
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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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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.
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Clean energy will save this Virginia school district tens of millions
Roanoke City Public Schools (RCPS) is implementing a comprehensive distributed-energy strategy by integrating solar generation, demand response, and battery energy storage to reduce energy costs, generate revenue, and increase resiliency during emergencies. Through a power purchase agreement with Secure Solar Futures, RCPS is installing 9.4 megawatts of solar capacity across 29 school sites in Virginia, saving $46.5 million in electricity costs over 35 years. The district plans to develop resilient emergency shelters powered by solar microgrids and aims to increase renewable energy use by 2028. With a focus on fiscal and environmental stewardship to support student success, RCPS is leading the way in sustainable energy solutions in Virginia.
https://generation180.org/blog/clean-energy-will-save-this-virginia-district-tens-of-millions/
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A Colorado school built to weather the storm
Mountain Middle School in Durango, Colorado has successfully transitioned to a net-zero-energy, all-electric building through the implementation of solar installations and battery energy storage systems. Led by Executive Director Shane Voss, the school has funded the project through existing per pupil revenue and grants, showcasing the potential for schools to set a national example for sustainable and climate-resilient practices. The school's solar arrays and battery storage system not only allow it to operate independently during power outages, making it a resilience hub for the community, but also serve as a learning laboratory for students, inspiring interest in clean energy careers. By transforming its gymnasium into a community resilience hub with a solar microgrid, Mountain Middle School is not only saving $28,000 per year in electricity costs but also influencing other schools and families to install solar energy systems, demonstrating the practical benefits of renewable energy to the broader community.
https://generation180.org/blog/colorado-school-built-to-weather-the-storm/
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California virtual power plant bills clear key legislative hurdle
Climate solutions experts need to be aware of the latest developments in renewable energy technology, such as advancements in solar and wind power. These innovations are crucial for transitioning away from fossil fuels and reducing greenhouse gas emissions. Additionally, experts should stay informed on policies and initiatives aimed at promoting clean energy and sustainability. Collaboration between governments, businesses, and communities will be essential in implementing effective climate solutions and combating climate change.
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Power-to-X at Commercial Scale: From Sustainable Aviation Fuel to Everyday Products
AirPlant One in Moses Lake, Washington is leading the way in producing E-Jet SAF and E-Naphtha using Power-to-Liquid technology, reducing lifecycle emissions by up to 90% compared to conventional jet fuel. This innovative approach is compatible with existing aviation infrastructure and has the potential to advance a new era of American manufacturing and sustainable aviation. By securing commercial agreements early and replicating their design in larger facilities, AirPlant is paving the way for a shift towards using abundant, durable inputs like CO2, water, and renewable electricity to create essential molecules. This transformation not only supports distributed production and resilient domestic supply chains but also has the potential to drive a larger industrial shift towards a more sustainable future.