Climate Change Solutions Update

Category: Transportation

Cut emissions:
– Enhance Efficiency
– Shift to Alternatives
– Electrify Vehicles
– Switch Fuels

  • The impact of microclimate effects on floating PV plants

    French researchers have developed a high-resolution computational framework to model microclimate effects of large floating solar PV systems, ground-mounted installations, and agrivoltaic systems. The model can inform thermal performance, environmental impacts, and optimize designs for utility-scale floating PV. It allows for accurate predictions of heat transfer, ambient temperatures, and water evaporation based on panel configuration and wind conditions. Additionally, researchers are developing CFD models to predict energy output and environmental trade-offs of dual-use photovoltaic systems and FPV evaporation research, as well as an agrivoltaics CFD-plant model to predict crop response below PV canopies. The study involves Ecole nationale des ponts et chaussees, Electricité de France RD, and Université Claude Bernard.

    https://www.pv-magazine.com/2026/02/02/the-impact-of-microclimate-effects-on-floating-pv-plants/

  • BYD’s Turquois T-Shaped Second-Generation Flash Chargers Seen At Dealers Ahead Of Launch

    BYD has revealed the next generation of "Flash Chargers" with up to 1200 kW of charging power, an upgrade from the previous model, aiming to make electric vehicle charging faster and more convenient. The company is introducing new electric vehicles with 1000V architecture and flash charging capabilities, expanding rapidly in China and Europe. A new flash charging ecosystem is emerging at "China speed," potentially changing how people use EVs and making traditional ICE vehicles less relevant. Overall, BYD is focusing on improving power and design aspects of their chargers to enable smooth and efficient usage, with 5-minute charging potentially becoming standard globally.

    https://cleantechnica.com/2026/02/02/byds-turquois-t-shaped-second-generation-flash-chargers-seen-at-dealers-ahead-of-launch/

  • SpaceX Proposes One Million Solar Powered Data Centers In Earth Orbit

    The demand for artificial intelligence is driving the need for more electricity, with predictions of up to 20% of global electricity generation being required. Fossil fuel advocates and nuclear power supporters see opportunities for new power stations, but the lack of renewable energy to power data centers remains an issue. Some countries, like Ireland, are mandating that new data centers source 80% of their power from renewables, while the US continues to operate older coal plants despite higher costs and pollution. SpaceX has proposed launching solar-powered satellites to serve as data centers, aiming to reduce environmental impact and energy costs. The section also discusses the Kardashev Scale, which categorizes civilizations based on their energy consumption capabilities, and highlights concerns about satellite pollution and debris in Earth's orbit, as well as the potential power and influence of Elon Musk in controlling global data.

    https://cleantechnica.com/2026/02/01/spacex-proposes-one-million-solar-powered-data-centers-in-earth-orbit/

  • Suzlon to supply ArcelorMittal with 248.85MW of wind capacity

    Suzlon has secured a significant order from ArcelorMittal for 248.85MW of wind energy in Gujarat, India, as part of a 550MW hybrid project aimed at decarbonising steel production. This marks Suzlon's fourth wind order for green steel capacity in India, bringing their total contribution to approximately 1.16GW. The company is dedicated to supporting the transition towards low-carbon steel production through renewable energy partnerships. Suzlon's strategic focus on the EPC segment is aimed at increasing their share to 50% of their overall order book, further solidifying their commitment to sustainable solutions for the steel industry.

    https://www.power-technology.com/news/suzlon-arcelormittal-248mw-wind-capacity/

  • Lessons from launching New Jersey’s largest utility-led EV program

    PSE&G's Clean Energy Future Electric Vehicle Program in New Jersey has successfully expanded EV-charging infrastructure, incentivized customers to go electric, and strengthened grid reliability to support the state's clean energy goals. The program's evolution and growth have required flexibility, creativity, and collaboration to meet challenges and scale the team. Key lessons learned include setting achievable goals, investing in people, building bridges between teams, persevering through setbacks, and celebrating progress. By serving as a model for successful electrification efforts, the program demonstrates the potential impact utilities can have in addressing climate change through electrification initiatives.

    https://www.utilitydive.com/news/lessons-new-jersey-utility-ev-program-PSEG/806472/

  • Pilot Co. expands electric semi-truck charging plans

    Pilot Company has partnered with Tesla to build electric semi-truck charging stations along interstates 5 and 10, targeting about 20 locations initially with plans to expand to charge heavy-duty vehicles from other manufacturers in the future. The stations will use Tesla's V4 cabinets to deliver up to 1.2 megawatts of power at each stall, allowing trucks to recharge for most of their 500-mile range in around half an hour. Construction is set to begin in the first half of the year, with the first locations expected to open this summer. Other travel center companies, like TravelCenters of America, are also exploring electric truck charging options.

    https://www.utilitydive.com/news/pilot-co-expands-electric-semi-truck-charging-plans/810813/

  • Mpumalanga’s Just Energy Transition Can Succeed—But Only With Communities at the Centre

    South Africa's transition to renewable energy in Mpumalanga, a coal-centric region, is gaining momentum with the Just Energy Transition Partnership promising investment and green jobs. However, research warns that without intentional design, benefits may not reach coal-affected communities. Renewable energy projects mainly offer short-term construction jobs, with few permanent roles filled by non-local workers due to skills gaps and distance from coal towns. To ensure a just transition, initiatives like local hiring, training, apprenticeships, and community involvement are crucial. Key actions include requiring community impact plans, strengthening training programs, supporting coal workers, and tracking outcomes to ensure shared prosperity and fairness in the transition.

    https://southsouthnorth.org/mpumalangas-just-energy-transition-can-succeed-but-only-with-communities-at-the-centre-2/

  • Nigerian Businesses, RMI, and the Global Energy Alliance for People and Planet Collaborate to Empower Women and Youth Through Renewable Technology

    The Energising Women & Youth in Agri-Food Systems Programme (EWAS) in Nigeria, a collaboration between local businesses, RMI, and the Global Energy Alliance for People and Planet, aims to empower women and youth through solar-powered technology in the agricultural sector. By providing affordable finance, training, and commercial opportunities, the program seeks to increase productivity, reduce post-harvest losses, and improve incomes for smallholder farmers. With women and youth making up a significant portion of the agricultural workforce and many communities lacking access to reliable power, solar-powered productive use of energy (PUE) technologies offer a pathway to inclusive growth and economic development. The initiative builds on the success of the Energizing Agriculture Programme (EAP) and will support projects led by Nigerian enterprises deploying PUE solutions in rural and peri-urban communities. A total of 300 solar-powered refrigeration units with lithium-ion batteries are being integrated in Nigeria to help women and youth preserve perishable goods and stabilize income, while also democratizing access to solar energy and improving product quality and market competitiveness for women agriculture entrepreneurs. The EWAS project, part of a broader three-year program led by the Global Energy Alliance and the Mastercard Foundation, aims to create dignified jobs, improve livelihoods, and reduce emissions in Nigeria's agriculture sector, ultimately working towards providing affordable, reliable, clean electricity to improve lives and accelerate green economic opportunities. Through partnerships and community engagement, the initiative aims to reach 1 billion people with clean electricity, prevent 4 billion tons of carbon emissions, and create or improve 150 million jobs, contributing to sustainable development and climate solutions in Nigeria.

    https://rmi.org/press-release/ewas-initiative-to-empower-women-and-youth-through-renewable-technology/

  • Over 20 Million EV Chargers Operating In China Now

    China is leading in electric vehicle (EV) manufacturing and has the largest number of EV chargers, with over 20 million by the end of 2025. The country has built the world's largest EV charging network, supporting over 40 million new energy vehicles. China's motivation for switching to EVs is driven by the need to reduce toxic air pollution, which causes over one million premature deaths annually. Critics of EVs claiming they run on coal-generated electricity are refuted, as China is a leader in clean, renewable energy sources like solar power. China's advancements in solar power and battery manufacturing position it to decrease reliance on fossil fuels and reduce air pollution.

    https://cleantechnica.com/2026/01/25/over-20-million-ev-chargers-operating-in-china-now/

  • India Poised To Become World’s First Electrostate?

    China's economic growth was fueled by coal-fired thermal generating stations, leading to severe air pollution. Despite still relying on coal for electricity, China is now a leader in renewable energy technologies. In contrast, India is following a different path by embracing renewables to meet its growing energy needs. India aims to become the world's first electrostate, diverging from China's reliance on coal for industrial development. India is rapidly transitioning to a cleaner energy future with the help of cheap solar and batteries, avoiding the fossil fuel dependency seen in the West and China. Solar generation has increased significantly, with coal demand approaching its peak. The country is also leading in electric vehicle sales and reducing road oil demand. India's electrification rate is growing steadily, positioning the country to supply electrotech to the world. In contrast, the US is pushing for a more expensive and dirtier energy pathway. India is making significant progress in transitioning to clean electricity sources, outpacing China in electrification and reducing fossil fuel consumption per capita. The country is on track to achieve economic growth without relying heavily on coal generation. The availability of affordable solar panels and electric cars is driving this shift towards clean energy. India is moving towards becoming an "electrostate" that meets most of its energy needs through electricity generated from clean sources. Other developing countries are likely to follow suit as the cost of electricity technologies continues to decrease. Countries like Pakistan and South Africa are utilizing low-cost solar panels from China to transition away from fossil fuel electricity generation. China is also financing these transitions to expand its clean energy market. However, there are risks involved, such as India's reliance on Chinese equipment for lithium-ion battery production. The dominance of one country in clean energy industries, like China's control over rare earth materials, can impact the global transition to clean energy technologies. International trade dynamics play a significant role in the speed and success of electrification efforts.

    https://cleantechnica.com/2026/01/25/india-poised-to-become-worlds-first-electrostate/