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.
Category: Electricity
Cut Emissions:
– Enhance Efficiency
– Shift Production
– Improve Electrical System
-
Australian renewables exceed 50% of power supply in Q4
Renewable generation in Australia reached over 50% in the fourth quarter of 2025, leading to lower wholesale power prices and improved grid reliability during extreme weather events. Batteries played a key role in stabilizing energy supply, with record levels of battery output. The Cheaper Home Batteries scheme has spurred rapid battery installations, supporting the growth of renewable energy infrastructure. The transition to a low-cost, clean, firmed renewables powered energy system is crucial for grid reliability, as coal power becomes more unreliable. The unstoppable energy system transformation is highlighted by the increasing frequency of extreme weather events, with renewable energy capacity additions surpassing nuclear additions.
https://www.pv-magazine.com/2026/02/02/australian-renewables-exceed-50-of-power-supply-in-q4/
-
Why Waiting on Grid Batteries Will Cost Ontario More Than Acting Now
The discussion in Ottawa highlighted the rapid growth of grid batteries globally, emphasizing the need for different solutions for seasonal peaks and the importance of balancing supply and demand in electricity systems. Automated systems are increasingly managing grid operations, with a focus on renewable energy integration and energy storage solutions like batteries and electric vehicles. The conversation also touched on the reliability of different energy sources, the impact of falling battery prices on the energy landscape, and the potential for software and batteries to replace traditional infrastructure upgrades. Overall, the focus is on the evolving dynamics of the energy sector towards more sustainable and efficient solutions, with batteries playing a crucial role in cost-effective flexibility options when paired with new generation and thoughtful system planning.
-
International collaboration is essential to tackle floating wind cost
The UK's AR7 auction results show progress in commercializing floating wind technology, but questions remain about whether this step is enough to advance the industry. Climate solutions experts should take note of this development as it indicates a positive shift towards renewable energy sources. Continued support and investment in floating wind technology will be crucial for further advancements in the industry. This progress highlights the potential for floating wind to play a significant role in the transition to a more sustainable energy future.
-
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.
-
New Pumped Hydro Energy Storage System Needs No Mountains
The domestic hydropower industry is facing challenges and opportunities amidst the Trump administration's support for fossil fuels. There is a shift towards upgrading existing dams and exploring pumped hydro energy storage as a clean energy solution. Innovations by companies like Quidnet and RheEnergise offer potential for energy storage on low, hilly terrain with lower costs compared to lithium-ion batteries. Progress on the "Build More Hydro" bill, aimed at extending construction deadlines for delayed hydropower projects, is underway in Congress. These advancements showcase the potential for clean energy innovation and growth in the hydropower sector.
https://cleantechnica.com/2026/02/01/new-pumped-hydro-energy-storage-system-needs-no-mountains/
-
How to design a UL-certified balcony solar kit in the United States
UL Solutions has released new technical guidance and a proposed certification pathway for plug-in balcony solar systems, addressing safety risks and design requirements as US states consider legalizing the technology. The white paper outlines safety considerations such as overcurrent protection, touch safety, and ground-fault protection for consumer-installed solar systems that connect directly to wall outlets. UL developed a new certification pathway, UL 3700, following the passage of Utah's balcony solar legislation, with similar bills under consideration in other states. Potential mitigation measures include dedicated circuits, solar-specific receptacles, and careful design for interactions with ground-fault circuit interrupters. UL emphasizes evaluating safety outcomes over commercial viability for plug-in PV systems.
-
Envision claims AI-enabled storage systems can detect battery safety risks days in advance
Envision Energy has introduced a fully integrated energy storage solution that incorporates hardware, software, and market capabilities to enhance battery deployment in evolving energy systems. The company's approach includes cell innovation, power conversion, system controls, artificial intelligence, and electricity trading to connect physical assets with real-time intelligence. Envision's strategy focuses on "physical AI," which integrates AI directly into the operation of storage assets to ensure grid stability, equipment safety, and operational efficiency. The company's Physical AI system, supported by the Dubhe Energy Foundation Model, analyzes real-world energy data to optimize renewable generation, storage, grids, and demand in real time. Envision's AI technologies are embedded across multiple layers of the storage system to support grid functions, operational optimization, market participation, and asset health and safety monitoring. Envision is utilizing AI technology to predict faults in energy storage systems, allowing for proactive maintenance and avoiding emergency shutdowns. The company's AI models can detect voltage irregularities associated with dendrite growth in battery cells, improving operational reliability and safety. Envision believes AI can optimize storage economics by improving price forecasting, reducing operational constraints, and enabling flexible trading strategies. The company sees strong potential for AI-enabled grid-forming storage in commercial and industrial applications, with projects already operating in China and development underway in other markets. Envision plans to deploy its AI-enabled storage solutions globally, co-located with renewable energy generation. Envision is focusing on developing in-house AI models to apply across the renewable energy system, believing that companies with large datasets and proprietary AI models will have an advantage in the sector. They see AI adoption as a widespread trend rather than a competition. Envision's CEO, Huang, emphasized that they don't just use AI, they develop it, and their goal is to build the foundation of a renewable energy system.
-
Korean scientists build mini perovskite solar module with 22.56% efficiency
Researchers at GIST have developed a perovskite mini-module with 22.56% efficiency by improving the SnO2 electron transport layer with PEI, reducing defects and electron loss. The module retained 94% of its performance after 500 hours, showing potential for scalable, stable perovskite solar cells and modules. The team focused on engineering the interface of the electron transport layer to address non-uniformity issues and improve efficiency and stability. By incorporating PEI into the SnO2 layer, they were able to reduce electron loss, improve electrical environment at the interface, and facilitate smooth electron transport, leading to high-quality perovskite films suitable for mass production.
-
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/