Major oil and power companies are adapting to the rapid electric vehicle adoption by converting traditional petrol stations into multi-modal power hubs globally, forming alliances to deploy ultra-fast charging hardware alongside fossil fuel pumps. In China, BYD signed an agreement with Sinopec to accelerate Flash Charging systems deployment, while in Southeast Asia, partnerships like Shell Pilipinas and Ayala Group are installing charging points nationwide. State utilities in countries like Malaysia and Indonesia are also pursuing retail partnerships to expand charging infrastructure. Initiatives in the electric vehicle sector include the expansion of charging stations, commercial fleet solutions, and battery swapping operations, with Singapore implementing high-tech solutions like liquid-cooled rapid chargers and solar power generation to promote sustainable transportation and reduce carbon emissions.
Category: Electricity & Industry
Cut Emissions:
– Enhance Efficiency
– Cut Fugitive Emissions
– Shift Production
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The Resilience Advantage: How AirPlantTM Is Building a New Model for Industry
Twelve's AirPlant introduces a new platform for producing synthetic hydrocarbon products like E-Jet fuel and E-Naphtha by converting CO2 into carbon monoxide using renewable electricity. AirPlant One in Washington demonstrates the viability of power-to-liquid manufacturing on a commercial scale, showcasing the potential of diversifying production pathways and anchoring costs to long-term power agreements for a more resilient and sustainable approach to industrial manufacturing. The facility serves as a template for future plants to establish a broader, more flexible manufacturing network, ultimately building a more resilient foundation for industry.
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South Korea proceeds with largest single-site PV project to date
South Korea is set to build its largest solar complex, the 400 MW Haenam solar power complex, on idle land in the south of the country. The project, expected to be completed in 2028, will supply electricity to companies and industrial complexes with renewable energy targets. The project aims to lower power generation costs and will use domestically-produced solar modules, cells, and inverters. It also includes a resident participation and profit-sharing system, returning a total of KRW 150 billion to the local community. Additionally, a portion of the complex will be developed as agricultural solar power, in line with South Korea's agrivoltaics legislation.
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European Countries Cut Tens of Billions of Euros of Fossil Fuel Imports from Wind & Solar Power Growth
Following Russia's invasion of Ukraine in 2022, the European Union accelerated its plans to increase renewable energy capacity, resulting in wind and solar power making up 30% of electricity supply by 2025. This shift displaced coal and gas power, with gas generation falling by 15% and coal by 38%. The rapid deployment of wind and solar power saved the EU €72bn in fossil fuel imports between 2022 and 2025, with the largest savings coming from Germany, Spain, and Italy. This shift highlights the importance of transitioning to renewable energy sources to reduce dependence on foreign nations and mitigate climate change.
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City’s rollout of electric ferries and electric buses is working, but the grid planning must catch up
Transperth has completed its largest EV bus depot in Perth, with 56 dual chargers and 112 plugs, raising questions about fitting electrification into whole-of-government net zero transition plans. The retrofit process involves assessing grid connection, upgrading substations, installing chargers, and rebuilding yards, highlighting the need for a network-wide electrical strategy for future electrification demand. The article discusses challenges and opportunities in transitioning to a more sustainable energy system in Western Australia, emphasizing the importance of precinct scale electrification planning. The disciplined approach taken by the WA transport minister in gradually transitioning the fleet to electric vehicles and building depot capacity ahead of demand is praised, but a more comprehensive and forward-looking energy planning approach at a precinct level is needed for long-term sustainability.
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$700M microgrid bill has state energy office, electrical manufacturer support
A bill introduced in the Senate, known as the STRONG GRID Act, aims to bolster the adoption of microgrids by providing funding from the U.S. Department of Energy and state grants. This legislation seeks to make microgrids eligible for funding under state energy program grants and establish state-run grid resilience programs, emphasizing the importance of modernizing the electric grid. The bill would direct funding towards projects demonstrating microgrid capabilities, including providing ancillary grid services, aggregating distributed energy resources, and implementing advanced cybersecurity systems. Sen. Peter Welch and GridWise Alliance CEO Karen Wayland highlight the significance of microgrids in enhancing grid resilience and protecting communities from reliability risks, particularly in high-risk areas where traditional infrastructure upgrades can be time-consuming.
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Clean energy offers least-cost path to meeting US electricity demand
Peak electricity demand in the United States is projected to increase by 24% by 2030, driven by data centers, industrial growth, and electrification. A report from Electricity and Energy Innovation (EEI) suggests that meeting this demand with clean energy is more cost-effective than with fossil fuels. The report compares two scenarios, one with increased fossil fuel use and one with accelerated deployment of clean energy, finding that the clean energy approach would save $5 billion annually by 2030. The clean energy scenario also provides a hedge against fuel price volatility and uncertainty in demand growth. States like Illinois and Indiana are taking steps to remove barriers to clean energy acceleration, such as improving permitting processes and addressing interconnection challenges. Utilities are urged to validate cost inputs against market data and consider source procurement to optimize resource utilization. Overall, clean energy confidence remains high despite challenges in the energy sector.
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VinFast Debuts Electric Scooter Lineup and Battery-Swapping Network in the Philippines
VinFast has introduced its electric two-wheeler division in the Philippines, expanding their retail footprint with plans for 30,000 exchange hubs nationwide. The company aims to solve the urban charging conundrum through infrastructure by deploying automated battery-swapping cabinets. Their product portfolio includes three models with dual under-seat battery slots and water and dust resistance ratings, targeting urban commuters with high speeds and long ranges. VinFast's subscription model separates vehicle ownership from battery ownership, with a monthly fee for battery usage, as they aim to shift the region towards electric vehicles to reduce carbon emissions and noise pollution.
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Morocco hosts Africa’s first battery manufacturing plant
Morocco is set to open Africa's first battery gigafactory in the Kenitra Atlantic Free Zone, with a $7 billion investment. The plant will produce lithium-iron-phosphate batteries for automotive and stationary storage sectors, with an initial capacity of 10 GWh per year, increasing to 100 GWh long term. Supported by a €100 million loan from the African Development Bank, the project aims to meet the growing regional demand for electric mobility. Gotion High-Tech views the Moroccan site as a strategic link for exports to Europe and integration into regional industrial chains.
https://www.pv-magazine.com/2026/08/03/morocco-hosts-africas-first-battery-manufacturing-plant/
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Dutch researchers present power management system for PV, batteries, heat pumps, EVs
Researchers at Delft University of Technology have developed a power management system that optimizes photovoltaic systems, battery storage, electric vehicles, and heat pumps. The system participates in energy markets, provides frequency restoration reserve services, manages congestion, and allocates battery capacity. Using a two-level optimization framework, the system was evaluated for managing grid congestion and participating in the frequency reserve market, showing that combining battery storage with ancillary services provision is beneficial in reducing costs and increasing benefits. Additionally, a new optimization framework suggests that installing a single large Battery Energy Storage System (BESS) near the main grid connection yields greater benefits for frequency regulation, as centralized storage reduces power losses and capital costs, leading to higher earnings.