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Tesla Energy takes a stand against coal and gas generators in Australia
Tesla Energy firmly argued against using coal and gas generators to support a proposed low-cost, reliable, secure, and zero-emissions grid in Australia.
In March 2019, Australia’s energy ministers tasked the Energy Security Board (ESB) to advise on a national electricity market design, which birthed the Post 2025 Electricity Market Design. The project was aimed at providing a more robust and lower emissions power system for Australians.
In April 2021, the ESB released an options paper and invited companies and innovators to comment on their detailed design thus far. Tesla answered the Board’s invitation.
In a letter to Dr. Kerry Schott—the Chair of the ESB—Tesla Energy’s Head of Energy Policy and Regulation, Emma Fagan, summarized all of Tesla’s recommendations and feedback on the P2025 Market Design Options Paper.
Two main points were driven in the letter. First, Tesla is firmly against the idea of extending the life span of existing coal and gas generators.

In the letter, Fagan stated that “Tesla does not support the introduction of PRRO or any other mechanism to artificially extend the life of the existing thermal fleet of generation.”
Tesla attached a White Paper to the letter, highlighting the significant benefits of deploying a battery storage system at a scale that would complement Australia’s growing wind and solar energy intake.
In the White Paper, Tesla Energy argued that battery storage is capable of replacing essential system services provided by thermal plants. As an example, Tesla recalls the time Tesla Powerpacks from the Hornsdale Power Reserve helped stabilize the grid after Callide’s coal power plant exploded in New South Wales.
Second, Tesla strongly recommended building a market that would incentivize the use of new technology or infrastructure to handle the energy coming from a sustainable grid.
“Tesla’s mission is to accelerate the world’s transition to sustainable energy. In Australia, forward looking market design will be critical to achieving this outcome,” Fagan wrote to Dr. Schott.
In the letter, Tesla Energy proposed a tailored ‘flexibility market,’ arguing that it would address the risk of “disorderly coal plant exits by ensuring new capacity is incentivized to enter the market before old plants are retired.”
Fagan included a list of design principles to consider for a flexibility market, which are listed below.
- Eligible assets provide a combination of ‘flexible services,’ such as fast response and fast ramp dispatch.
- Incentive payments linked to service provision (covering essential system services), as opposed to simply paying based on registered ‘peak MW’ capacity.
- Provisions for locational and temporal specific needs (e.g., load-side response for low operational demand risks)
- Co-optimization with existing NEM dispatch of energy and frequency control ancillary services
- Technology neutral without being prescriptive on technology type or commercial model
- Low/zero emission requirements to align with existing state targets and goals.
Tesla hopes that Australia takes the opportunity to introduce structural reform to its power grid through this project.
“As the ESB progresses towards its final recommendations, it should use this rare window of opportunity for structural reform to be visionary and design a future-focused market that facilitates investment in new technologies,” Fagan stated in the letter.
Read Tesla’s White Paper on the benefits of battery storage systems below.
Tesla Energy: Battery Storage as a Key Enabler for 100% Renewables by Maria Merano on Scribd
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Elon Musk’s Grokipedia surges to 5.6M articles, almost 79% of English Wikipedia
The explosive growth marks a major milestone for the AI-powered online encyclopedia, which was launched by Elon Musk’s xAI just months ago.
Elon Musk’s Grokipedia has grown to an impressive 5,615,201 articles as of today, closing in on 79% of the English Wikipedia’s current total of 7,119,376 articles.
The explosive growth marks a major milestone for the AI-powered online encyclopedia, which was launched by Elon Musk’s xAI just months ago. Needless to say, it would only be a matter of time before Grokipedia exceeds English Wikipedia in sheer volume.
Grokipedia’s rapid growth
xAI’s vision for Grokipedia emphasizes neutrality, while Grok’s reasoning capabilities allow for fast drafting and fact-checking. When Elon Musk announced the initiative in late September 2025, he noted that Grokipedia would be an improvement to Wikipedia because it would be designed to avoid bias.
At the time, Musk noted that Grokipedia “is a necessary step towards the xAI goal of understanding the Universe.”
Grokipedia was launched in late October, and while xAI was careful to list it only as Version 0.1 at the time, the online encyclopedia immediately earned praise. Wikipedia co-founder Larry Sanger highlighted the project’s innovative approach, noting how it leverages AI to fill knowledge gaps and enable rapid updates. Netizens also observed how Grokipedia tends to present articles in a more objective manner compared to Wikipedia, which is edited by humans.
Elon Musk’s ambitious plans
With 5,615,201 total articles, Grokipedia has now grown to almost 79% of English Wikipedia’s article base. This is incredibly quick, though Grokipedia remains text-only for now. xAI, for its part, has now updated the online encyclopedia’s iteration to v0.2.
Elon Musk has shared bold ideas for Grokipedia, including sending a record of the entire knowledge base to space as part of xAI’s mission to preserve and expand human understanding. At some point, Musk stated that Grokipedia will be renamed to Encyclopedia Galactica, and it will be sent to the cosmos.
“When Grokipedia is good enough (long way to go), we will change the name to Encyclopedia Galactica. It will be an open source distillation of all knowledge, including audio, images and video. Join xAI to help build the sci-fi version of the Library of Alexandria!” Musk wrote, adding in a later post that “Copies will be etched in stone and sent to the Moon, Mars and beyond. This time, it will not be lost.”
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Tesla Model 3 becomes Netherlands’ best-selling used EV in 2025
More than one in ten second-hand electric cars sold in the country last year was a Tesla Model 3.
The Tesla Model 3 became the most popular used electric car in the Netherlands in 2025, cementing its dominance well beyond the country’s new-car market.
After years at the top of Dutch EV sales charts, the Model 3 now leads the country’s second-hand EV market by a wide margin, as record used-car purchases pushed electric vehicles further into the mainstream.
Model 3 takes a commanding lead
The Netherlands recorded more than 2.1 million used car sales last year, the highest level on record. Of those, roughly 4.8%, or about 102,000 vehicles, were electric. Within that growing segment, the Tesla Model 3 stood far ahead of its competitors.
In 2025 alone, 11,338 used Model 3s changed hands, giving the car an 11.1% share of the country’s entire used EV market. That means more than one in ten second-hand electric cars sold in the country last year was a Tesla Model 3, Auto Week Netherlands reported. The scale of its lead is striking: the gap between the Model 3 and the second-place finisher, the Volkswagen ID3, is more than 6,700 vehicles.
Rivals trail as residual values shape rankings
The Volkswagen ID.3 ranked a distant second, with 4,595 used units sold and a 4.5% market share. Close behind was the Audi e-tron, which placed third with 4,236 registrations. As noted by Auto Week Netherlands, relatively low residual values likely boosted the e-tron’s appeal in the used market, despite its higher original price.
Other strong performers included the Kia Niro, the Tesla Model Y, and the Hyundai Kona, highlighting continued demand for compact and midsize electric vehicles with proven range and reliability. No other model, however, came close to matching the Model 3’s scale or market presence.
News
Tesla Model Y Standard Long Range RWD launches in Europe
The update was announced by Tesla Europe & Middle East in a post on its official social media account on X.
Tesla has expanded the Model Y lineup in Europe with the introduction of the Standard Long Range RWD variant, which offers an impressive 657 km of WLTP range.
The update was announced by Tesla Europe & Middle East in a post on its official social media account on X.
Model Y Standard Long Range RWD Details
Tesla Europe & Middle East highlighted some of the Model Y Standard Long Range RWD’s most notable specs, from its 657 km of WLTP range to its 2,118 liters of cargo volume. More importantly, Tesla also noted that the newly released variant only consumes 12.7 kWh per 100 km, making it the most efficient Model Y to date.
The Model Y Standard provides a lower entry point for consumers who wish to enter the Tesla ecosystem at the lowest possible price. While the Model 3 Standard is still more affordable, some consumers might prefer the Model Y Standard due to its larger size and crossover form factor. The fact that the Model Y Standard is equipped with Tesla’s AI4 computer also makes it ready for FSD’s eventual rollout to the region.
Top Gear’s Model Y Standard review
Top Gear‘s recent review of the Tesla Model Y Standard highlighted some of the vehicle’s most notable features, such as its impressive real-world range, stellar infotainment system, and spacious interior. As per the publication, the Model Y Standard still retains a lot of what makes Tesla’s vehicles well-rounded, even if it’s been equipped with a simplified interior.
Top Gear compared the Model Y Standard to its rivals in the same segment. “The introduction of the Standard trim brings the Model Y in line with the entry price of most of its closest competition. In fact, it’s actually cheaper than a Peugeot e-3008 and costs £5k less than an entry-level Audi Q4 e-tron. It also makes the Ford Mustang Mach-E look a little short with its higher entry price and worse range,” the publication wrote.