Electric Cars

Toyota Debunks China Market Exit and Price Reduction Speculation

Toyota's FAW Toyota joint venture has unequivocally refuted recent online claims suggesting both substantial price reductions in the Chinese market and a potential complete exit. The company has stated its intention to pursue legal action against the purveyors of these false reports, emphasizing that all production, sales, and iterative development plans for its models are proceeding without interruption.

This clarification follows GAC Group's announcement of its intention to acquire a 50% stake in FAW Toyota, a move perceived as part of Toyota's broader strategy to reinvigorate its brand presence and streamline operations within China. Toyota currently operates in the Chinese market through two joint ventures: FAW Toyota and GAC Toyota, which collectively produce a range of vehicles including popular models like the Corolla and RAV4, alongside newer electric offerings such as the bZ3 and bZ5. The proposed transaction, which would see GAC Group take over FAW's share, is anticipated to finalize after a thorough audit and valuation process, with Toyota retaining its 50% ownership.

The joint venture further asserted its commitment to leveraging the combined resources and technological advancements of the larger group for future vehicle development. This strategic consolidation aims to strengthen Toyota's position in a challenging market, especially given a recent 22.8% decline in its August sales in China, marking the seventh consecutive month of reduced sales, primarily attributed to softening demand for gasoline and hybrid vehicles amidst rising fuel costs.

Toyota's decisive action to counter misinformation underscores its dedication to maintaining market stability and trust with its Chinese consumers and partners. By addressing the rumors directly and affirming its ongoing commitment, the automaker is working to secure its future growth and innovation in one of the world's most dynamic automotive markets. This proactive stance ensures clarity and reinforces the company's long-term vision for sustainable operations and product development.

Tesla Model 3 and Model Y Now Offer Home Power Backup

Tesla's popular Model 3 and Model Y vehicles can now serve as a home backup power source during electricity outages, a feature previously exclusive to the Cybertruck. This development, known as Powershare Home Backup, marks a significant step for Tesla in the vehicle-to-home (V2H) energy sector. However, this capability is contingent on owning a Powerwall 3 and is primarily guaranteed for new vehicles ordered since October 1, 2026. While a welcome addition, Tesla is playing catch-up with other automakers like Ford and GM, who have offered similar V2H solutions for several years.

Tesla Bolsters Home Energy Ecosystem with Model 3 and Model Y Powershare

On October 6, 2026, Tesla Energy officially announced the expansion of its Powershare Home Backup functionality to include the Model 3 and Model Y. This means that, for the first time, these high-volume Tesla sedans and SUVs can feed power back into a home during grid interruptions, providing an extended energy supply. The official announcement was made via Tesla Energy's X (formerly Twitter) account, confirming that the feature is available for new Model 3 and Model Y vehicles paired with a Powerwall 3.

According to updated information on Tesla's Powershare website, this capability is currently available for all Cybertruck vehicles and for Model 3 and Model Y vehicles ordered in the United States and Puerto Rico on or after October 1, 2026. For existing vehicles, or those ordered before this date, Tesla notes that some, but not all, Model 3 and Model Y units may possess the necessary hardware for bidirectional power flow. Owners can verify this by checking the "Powershare Support" status in their vehicle's touchscreen software under Additional Vehicle Information.

The system operates by connecting the vehicle to a Wall Connector or Universal Wall Connector at a residence equipped with a Powerwall 3. When the grid experiences an outage, the vehicle's battery seamlessly integrates with the Powerwall 3 to extend the home's backup duration. Tesla estimates that a Model 3 or Model Y, starting from a 90% charge, can add over two days of backup power for a home consuming 30 kWh daily. Standard trim models offer up to two days, while a Cybertruck provides over three days of additional backup. The maximum continuous output for the Powerwall setup is stated as 11.52 kW.

While this is a significant enhancement, it comes with certain limitations. A Powerwall 3 is a mandatory component, with support for Powerwall 2 and Powerwall+ expected "soon." Unlike Cybertruck owners, Model 3 and Model Y users cannot utilize a Powershare Gateway for home backup without a Powerwall. Furthermore, the system does not currently support selling power back to the grid (Grid Support is not available for these models), and the feature is not extended to the Model S or Model X. Geographically, it is limited to the US and Puerto Rico, with Tesla's Canadian site still listing Powershare as a Cybertruck-exclusive feature.

Tesla's entry into the broader V2H market for its mainstream models comes several years after competitors. Ford introduced home backup on its F-150 Lightning in 2022, offering 9.6 kW of output. GM committed to bringing vehicle-to-home capabilities to all Ultium-based EVs by the 2026 model year and has already delivered on this promise with a range of compatible vehicles. Even third-party solutions, such as Sigenergy's home battery system, offered V2H functionality with Tesla vehicles via DC charging as early as last year, prior to Tesla's official rollout for the Model 3 and Model Y. This late adoption suggests Tesla's strategic choice to prioritize its Powerwall ecosystem, potentially to avoid cannibalizing Powerwall sales with direct V2H functionality.

This latest move by Tesla, while overdue, is a positive development for its widespread customer base. By integrating V2H capabilities into its most popular models, Tesla is not only enhancing the utility of its EVs but also strengthening its position in the integrated home energy market. This offers consumers greater energy independence and resilience, particularly during power disruptions, reinforcing the value proposition of owning a Tesla electric vehicle and a Powerwall.

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Mitsubishi's new EV, the Eclipse Sportback, launches with a higher price tag than its Nissan LEAF counterpart

Mitsubishi is re-entering the American electric vehicle market with its 2027 Eclipse Sportback EV, which comes with a starting price significantly higher than its mechanically similar counterpart, the Nissan LEAF. Despite sharing a common platform and battery technology as a result of the alliance between the Japanese automakers, the Eclipse Sportback EV is priced at $37,745, nearly $8,000 more than the LEAF. This strategic move is part of Mitsubishi's broader 'Momentum 2030' initiative, aiming to introduce new or refreshed vehicles annually in the coming years, starting with the Eclipse Sportback EV this month.

While both vehicles utilize a 75 kWh liquid-cooled battery and offer comparable DC fast charging capabilities, the Eclipse Sportback EV boasts an EPA-estimated range of up to 282 miles, which is slightly less than the base Nissan LEAF S+'s 303 miles. Mitsubishi aims to differentiate its new EV through a unique aesthetic design and an upgraded interior featuring dual 14.3-inch digital displays with integrated Google services. However, the higher price point places the Eclipse Sportback EV above several other popular and more affordable EV options currently available, raising questions about its competitiveness in the rapidly evolving electric vehicle landscape.

Mitsubishi's EV Market Re-entry and Pricing Strategy

Mitsubishi's return to the U.S. electric vehicle market with the 2027 Eclipse Sportback EV marks a significant step in its 'Momentum 2030' plan, aiming to revitalize its presence after a nearly decade-long absence from the segment since the i-MiEV. The Eclipse Sportback EV is set to launch with a base price of $37,745, which, with the additional $1,995 destination fee, brings the total to $39,740. This pricing positions the vehicle at a notable premium compared to its sibling, the Nissan LEAF, with which it shares a foundational platform and battery. The decision to price the Eclipse Sportback EV higher, despite its shared underpinnings, suggests Mitsubishi is banking on its distinct styling, enhanced interior features, and brand identity to attract buyers in a competitive EV market.

The strategic pricing choice for the 2027 Mitsubishi Eclipse Sportback EV places it in a challenging position within the electric vehicle market, especially when compared to its direct competitor, the Nissan LEAF, and other popular EVs. With an initial cost of $37,745 before destination charges, the Eclipse Sportback EV is roughly $8,000 more expensive than a comparably equipped Nissan LEAF. This price point also surpasses that of other well-received EVs like the Hyundai IONIQ 5 and the Toyota bZ, both of which offer competitive range and features at a lower entry cost. Furthermore, the newly introduced Kia EV3, which provides a greater EPA-estimated range at a more accessible price, could pose a significant challenge. Mitsubishi's strategy hinges on consumers valuing the Eclipse Sportback EV's unique design elements, advanced infotainment system, and the brand's re-established presence in the EV sector enough to justify the higher investment, despite the availability of more affordable and range-efficient alternatives.

Performance, Features, and Market Competitiveness

The 2027 Mitsubishi Eclipse Sportback EV, built on the same architecture as the Nissan LEAF, incorporates a 75 kWh liquid-cooled battery, mirroring its counterpart's core powertrain. This shared technology ensures similar performance metrics, including a DC fast charging capability of up to 150 kW, allowing the vehicle to recharge from 10% to 80% in approximately 35 minutes. However, the Eclipse Sportback EV's EPA-estimated range of 282 miles falls short of the base Nissan LEAF S+'s 303 miles, and even the higher-priced LEAF Platinum+ trim manages 259 miles. To distinguish itself, Mitsubishi has equipped the Eclipse Sportback EV with an all-black synthetic leather interior and dual 14.3-inch digital driver displays, offering Wireless Apple CarPlay, Android Auto, and integrated Google services with intelligent route planning, features that aim to elevate the in-cabin experience.

Despite sharing significant components with the Nissan LEAF, Mitsubishi's Eclipse Sportback EV aims to carve out its own niche with distinct styling and advanced interior technology. The vehicle's design incorporates Mitsubishi's Triple Diamond emblem and unique brand aesthetics, setting it apart visually from the LEAF. Inside, the inclusion of larger 14.3-inch dual digital displays as standard, compared to the LEAF S+'s 12.3-inch screens (though available on higher LEAF trims), along with integrated Google functionalities for navigation and connectivity, offers a more premium and technologically advanced user experience. However, the market competitiveness of the Eclipse Sportback EV is heavily influenced by its higher price point. When compared to the LEAF and other new entrants like the Kia EV3, which offers a longer range at a lower price, Mitsubishi faces the challenge of convincing consumers that its unique blend of style, technology, and brand appeal justifies the increased cost. The success of the Eclipse Sportback EV will largely depend on its ability to attract buyers who prioritize these differentiating factors over pure range and affordability in the rapidly expanding EV market.

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