Fortescue is working towards its zero emissions target by 2030 by replacing locomotives with battery alternatives, building renewable energy projects, and transitioning to electric mining equipment. Challenges in decarbonizing complex elements like the port and ore processing are being addressed. The company is investing in technology for long-distance and heavy load transportation, decarbonizing freight ships and equipment, and exploring solar and wind power for mining operations. By implementing advanced technology, such as AI and battery management systems, Fortescue aims to optimize operations and reduce carbon emissions, setting a precedent for achieving real zero emissions in the future.
Category: Transportation
Cut emissions:
– Enhance Efficiency
– Shift to Alternatives
– Electrify Vehicles
– Switch Fuels
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Canada, California, & Europe: Three Ways to Force EV Adoption
Canada, California, and the European Union each have distinct systems for regulating emissions from electric vehicles, with differences in compliance units, credit quantities, and monetization methods. Canada's focus on fleet average CO2 standards and tradable deficits contrasts with California's ZEV credit program and the EU's excess emissions premium. Despite these variations, all three systems drive manufacturers towards electrification and require adjustments in sales mix to meet compliance. The article underscores the importance of regulatory design in shaping capital flows and emissions outcomes, emphasizing the need for continuous progress in addressing climate challenges. Additionally, it encourages support for CleanTechnica and offers engagement opportunities for readers.
https://cleantechnica.com/2026/02/14/canada-california-europe-three-ways-to-force-ev-adoption/
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Beyond first-time installations: How Europe’s residential solar Market is shifting toward upgrades and intelligent energy systems
Residential solar PV installations in Europe have declined in 2025 due to market saturation, reduced incentives, and changing consumer behavior. However, momentum is shifting towards complementary technologies such as energy storage, smart energy management platforms, and AI-driven optimization solutions. Prosumers are now prioritizing system upgrades and advancements in decentralized storage to better manage self-consumption and local overcapacity. Installers are also emphasizing seamless integration of ancillary technologies into home automation environments. This shift towards enhancing system performance and control signals a move towards longer-term engagement models for residential suppliers. The section discusses the evolution of residential energy systems, with a focus on the growing demand for self-consumption optimization and energy storage in mature rooftop markets like Germany. There is a shift towards balcony PV and storage systems, particularly among apartment dwellers and urban households. Germany leads in balcony PV adoption, with significant growth in both PV and storage attachment rates. Regulatory easing in other European markets is also expanding access to small plug-and-play systems. Leading brands are innovating to meet evolving customer expectations, with products like AI-enabled storage solutions and home energy networks designed to maximize solar utilization. Installer feedback emphasizes the importance of manufacturers supporting retrofits and seamless integration across energy technologies for sustained market growth. The residential energy market in Europe is seeing a shift towards intelligence, integration, and reliability in products such as energy storage systems and intelligent PV modules. While rooftop PV installations have slowed, there is still active engagement with residential energy technologies, with a focus on long-term reliability and better control over energy use. This shift is reflected in the growing interest in home storage, intelligent energy management, and smaller scale formats like balcony PV and storage. Leading players are responding to this trend by developing innovation-led portfolios to shape the next phase of growth in Europe's residential energy market.
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Faraday Future Follows Tesla’s EV Playbook, Only Better
Faraday Future is strategically positioning itself to compete with Tesla in the US market by unveiling high-end luxury EVs like the FFzero1 and FF 91 2.0 Futurist Alliance EV, with plans for more affordable models like the Faraday X lineup. The upcoming flagship model, the Faraday Super One, is set to disrupt the high-end luxury market with AI-forward technology. As Tesla faces challenges with delays and staff turnover, Faraday is focused on expanding its product diversity and reaching a broader audience with its EV lineup. The changing landscape of EV companies and the importance of leadership in the industry are highlighted, emphasizing the need for more affordable EV options to meet consumer demand.
https://cleantechnica.com/2026/02/11/faraday-future-follows-teslas-ev-playbook-only-better/
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Agrivoltaics? Yes in my vineyard
Researchers in Spain conducted a study in the Murcia region, surveying 238 wine tourists and finding broad support for trellis-integrated agrivoltaics in vineyards, with 94% backing solar integration. The study focused on vineyards in a region where viticulture is significant, with questions about the importance of photovoltaic energy, preferred system configurations, and perceptions of landscape integration. Overall, the research found a positive social perception of agrivoltaic systems, particularly in vineyard settings, confirming high acceptance of this dual-use land model among the surveyed population. The results were presented in a study published in Renewable Energy Focus, with involvement from academics at Technical University of Cartagena and Miguel Hernández University of Elche.
https://www.pv-magazine.com/2026/02/12/agrivoltaics-yes-in-my-vineyard/
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How my perfectly ordinary house became a small power station
The increasing trend of Australian households adopting solar and battery systems, accelerated by federal rebates, is changing the relationship between consumers and the electricity network. Policy makers are adapting to this shift by designing tariffs and incentives that reflect the changing energy landscape. The detailed installation process of solar panels and battery systems, along with the trend of larger residential battery installs, highlights the importance of finding professional installers and considering factors like roof orientation and electricity tariffs. The transition from consumer to prosumer of energy, with the ability to generate, store, schedule, and export electricity, has environmental, economic, and behavioral implications for households and the energy system. The real-world process of installing and living with residential household and battery storage, sponsored by Sungrow and AIKO, showcases the equipment used and the expertise of individuals like Sam, the Chief Operating Officer for Renew Economy and EV Media.
https://reneweconomy.com.au/how-my-perfectly-ordinary-house-became-a-small-power-station/
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Comparing safety profiles of lithium-ion, sodium-ion and solid-state batteries
New research challenges the reputation of LFP batteries as the "safest" chemistry due to high levels of hydrogen fluoride emissions, highlighting the need for battery energy storage technologies with high performance and safety in the global transition to sustainable energy systems. Researchers compared lithium-ion, sodium-ion, and solid-state batteries for safety attributes tailored to different deployment scenarios, including factors like initiation resistance, abuse tolerance, gas hazards, and application-specific constraints. The study established a safety baseline for lithium-ion batteries by analyzing failure mechanisms under various abuse conditions, providing valuable insights for climate solutions experts in selecting the most suitable battery technology for sustainable energy storage.
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Moves afoot to bring balcony solar to Australia, and new wave of products has batteries included
Efforts are underway in Australia to enable renters and apartment dwellers to install solar and battery systems on their balconies, following examples from Europe, India, South Korea, and Utah. The main challenge lies in changing regulations to ensure safety and compliance with electrical standards, with testing being conducted on balcony batteries for backup power during outages. Various organizations and governments are working to overcome legal and regulatory barriers to make plug-in balcony solar and batteries a reality in Australia. Advocates are pushing for regulatory changes to make balcony solar more accessible, highlighting benefits such as running critical devices during power cuts and tapping into dynamic tariff pricing. Despite challenges like outdated technology and conservative committees, there is potential for government intervention to drive progress towards clean energy solutions in Australia.
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SolarAfrica raises $94m for 114MW SunCentral 2 solar project
SolarAfrica has secured financing for its SunCentral 2 solar project in South Africa, expected to deliver electricity by 2026 as part of a larger initiative to expand access to clean energy through utility-scale renewable generation and a flexible wheeling delivery system. SunCentral 2 is one of several projects aiming to reach a total capacity of 1GW, making it one of the largest solar initiatives in South Africa. The project includes community upliftment initiatives focused on job creation, education, and skills development, with SolarAfrica's overall wheeling pipeline spanning 3GW under development nationwide to enhance the strength of the national grid and support future renewable energy connections. This highlights the importance of industry leaders implementing sustainable practices to combat climate change, emphasizing the potential for renewable energy sources to reduce carbon emissions and the need for companies to prioritize environmental responsibility in driving positive change towards a more sustainable future.
https://www.power-technology.com/news/solarafrica-raises-94m-suncentral-2-project/