ClearVue Technologies has received approval for its ClearVue-Helios integrated solar panel to be installed on Australian rooftops, delivering up to 220 watts per square meter with a Class A fire rating and long warranties. The technology allows for light transmission and electricity generation, making it suitable for building-integrated PV applications. With orders secured in the US and Australia, the focus is on commercial and industrial projects, particularly for metal roof applications to provide high energy efficiency and durability. The CEC listing and government incentives for commercial solar installations in Australia will significantly reduce acquisition costs, improving paybacks for customers and strengthening the commercial opportunity for ClearVue products.
Author: Reneweconomy.com
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As Musk plans to send Ai into orbit, Bowen positions Australia to be an Earth-based data superpower
Australia's focus on renewable energy and the potential for data centers to be powered by sources like wind and solar farms could position the country as a renewable energy superpower. With stable regulations and abundant resources, Australia could attract AI developers and accelerate its energy transition. Building AI data centers in Australia not only reduces emissions and lessens dependence on the transmission network but also attracts talent, fosters partnerships, and supports policy objectives. The broader goal is to position Australia as an active participant in shaping the future of AI while achieving its renewable energy targets.
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“Every tool in the kit:” From kerbside EV charging to microgrid building, 10 companies line up for funding, incubation
EnergyLab's 2026 Climate Solutions Accelerator program, supported by Impact Ventures, New Energy Nexus, and Arena, has selected 10 companies focused on decarbonisation technologies like EV chargers, battery materials, solar, indoor plant factories, plastic-free leather alternatives, and more. The program aims to support the growth of Australia's climate tech sector through seed investment and mentorship, addressing critical bottlenecks in the country's decarbonisation path. These innovative technologies reflect the importance of tangible assets in powering decarbonisation efforts and aim to support a reliable, affordable, and renewable energy future in Australia.
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Australian sodium battery start-up claims major milestones as storage industry starts to look beyond lithium
Australian sodium battery startup PowerCap has achieved TÜV and PPP certification for its sodium-ion technology, positioning it as a viable alternative to lithium-ion batteries. The technology is gaining global attention due to its abundant raw materials and improved thermal stability, offering lower costs compared to other competing technologies. Major deals have been announced by companies in China and the US, with Australian utilities like AGL considering sodium-ion technology for future battery investments. Despite facing regulatory barriers, PowerCap has already achieved sales and is offering small modules for home systems and larger packs for grid-scale deployment. CEO Dane El Safty believes sodium-ion storage will gain momentum due to its safety and cost advantages. The company is looking to engage with distributors and partners globally, including in Australia, and sees promise in the EV market with sodium solid state technology, which could make batteries smaller and lighter. PowerCap predicts significant growth in the sodium-ion market within 5 to 10 years.
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A battery with every wind turbine
Goldwind's John Titchen discusses the possibility of new wind turbines coming with their own battery for increased efficiency, highlighting advancements in wind turbine technology. Lily D'Ambrosio resigns, but there are updates on the best of ACES and new contracts in the energy sector, emphasizing the focus on renewable energy solutions. These developments showcase the ongoing progress in the renewable energy sector and the potential for increased efficiency and sustainability in wind energy solutions.
https://reneweconomy.com.au/a-battery-with-every-wind-turbine-energy-insiders/
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Renewables and electrification help build farm resilience amidst the fuel and fertiliser crisis
Farmers are facing challenges such as volatile markets, rising input costs, labor shortages, and climate variability, with impacts of droughts, floods, extreme heat, and unpredictable seasons being felt on farms. The need for resilience in the agriculture sector is highlighted, with a call for policies that support decarbonization and renewable energy integration. Farmers are increasingly investing in renewables like solar panels and wind turbines to reduce costs, improve resilience, and lower emissions. Collaboration between governments, industry, and farmers is essential to ensure a sustainable transition to a more climate-friendly agriculture sector. The National Renewables in Agriculture Conference and Expo is focusing on how agriculture can contribute to Australia's energy transition while remaining productive, aiming to make farming businesses more resilient, strengthen regional economies, and improve food and energy security, with farmers central to the conversation on achieving these goals.
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From crisis to capability: Lessons from Denmark on how to quit fossil fuels
Australia has strong wind and solar resources, investor interest, and a net zero ambition, but needs to accelerate its clean electricity transition. Denmark's energy transition, where renewable power generation rose from 3% to over 80% from 1990 to 2020, serves as a useful reference point. Australia can learn from Denmark's community participation in wind projects and policy durability to reduce risk for investors. The importance of reducing process risks in clean energy projects to attract investors is highlighted, with Denmark's streamlined permitting approach for offshore wind as a model for Australia to follow. Sustained investment in skills, research, manufacturing capability, and collaboration across industries is emphasized to create a domestic clean energy industry, with the suggestion that Australia can learn from Denmark's example of turning crisis into opportunity by making the transition to clean energy more investable and buildable through clearer project pipelines and better collaboration across the value chain.
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Green iron is Australia’s largest opportunity for future economic prosperity. Green steel is the way in
The iron and steel industry, a major contributor to global emissions, is facing challenges in decarbonization progress, particularly in the Asia-Pacific region. Government support is crucial for capital flows into decarbonization efforts, as seen in Australia's Future Made in Australia policy aiming to kickstart green iron and steel production. Australia has the opportunity to accelerate its ambition in low- and zero-emissions steel value chains by investing in electric arc furnaces and supporting renewable energy capacity. Coordinating a strategy for decarbonizing the steel industry and mobilizing private capital is essential for driving emissions reduction and safeguarding downstream jobs in a decarbonizing economy.
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Neoen doubles size of big battery in Australia’s biggest renewable energy hub
Neoen is doubling the size of its Goyder battery in South Australia to 454 MW and 1,814 MWh, as part of a major renewable energy hub, to support the state's transition to 100% net renewables by next year. The longer duration batteries will help minimize pricing events and support the energy system's resilience, with Neoen winning contracts with the state government and BHP for firming capacity. Additionally, a megablock battery technology project is being built in Shanghai, highlighting the increasing importance of battery storage in Australia's clean energy future. Neoen, in partnership with Tesla and UGL, is proud to be involved in the state's rapid transition to renewables, with this being their 12th battery project with Tesla in Australia, showcasing the dedication of the team and partners in the renewable energy sector.
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Wholesale power prices plunge as renewables surge, batteries boom, and gas hits 23-year low
Wholesale electricity prices in Australia's main grid dropped significantly in the June quarter, with a nearly 50% decrease attributed to increased renewable energy output, reduced coal production, and low gas generation. The Australian Energy Market Operator highlights record renewable generation and growing battery storage as key factors reshaping the energy market. Grid-scale batteries are storing excess solar energy for evening peaks, leading to lower electricity prices. Despite some challenges like severe wind droughts and transmission constraints, South Australia saw a surge in wholesale power prices due to high prices commanded by gas and diesel generators. The grid is evolving rapidly with increased daytime demand driven by factors like home battery charging and data center load, with battery storage often setting wholesale prices lower than gas.