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More Advanced and Affordable: BYD Unveils New Generation of Blade LFP Batteries with Higher Energy Density

Escrito por Bruno Teles
Publicado em 23/04/2024 às 20:22
Atualizado em 23/04/2024 às 20:26
Mais avançada e econômica: BYD revela nova geração de baterias Blade LFP com maior densidade de energia
BYD lança bateria de LFP Blade mais avançada e econômica Foto: Divulgação/MJ
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BYD Announces Second Generation of Its Blade LFP Batteries, Offering a 27% Higher Energy Density, Which Increases the Range of Electric Vehicles and Significantly Reduces Production Costs.

BYD, a leader in battery technology, has just announced a significant advancement with the launch of the second generation of its Blade LFP batteries. This new model promises to be a game-changer for the electric vehicle market, offering a 27% higher energy density than previous versions.

The new Blade battery from BYD, known for its slim and efficient design, now achieves an energy density of 190 Wh/kg, surpassing its previous version that had 150 Wh/kg. This substantial improvement in energy density means that vehicles equipped with these batteries will have significantly greater range while maintaining the same reliability and safety of LFP (lithium iron phosphate) batteries.

The New Version of BYD’s Blade Battery Comes Even Closer to the Capabilities of CATL Batteries

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While BYD’s Blade battery was already known for its safety and durability, the new version comes even closer to the capabilities of CATL batteries, which lead the market in charging speed. Although Shenin batteries may charge faster, BYD is closing the gap with the second generation of the Blade, which promises improvements not only in energy density but also in charging efficiency.

This Evolution of BYD’s Blade Batteries Represents a Significant Competitive Advantage

This evolution of BYD’s Blade batteries represents a significant competitive advantage, potentially reducing the production costs of electric vehicles and making them more accessible. The CEO of BYD, Wang Chuanfu, highlighted during a financial disclosure event that the new battery is smaller, lighter, and more efficient, features that will contribute to a reduction in energy costs per 100 km driven.

Range of Up to 1000 km in the CLTC Cycle

Expectations are that the new generation of the Blade battery will enable electric vehicles to achieve a range of up to 1000 km in the CLTC cycle, which would translate to approximately 800 km in the EPA cycle. Such figures put BYD vehicles in an extremely competitive position, even compared to more expensive and less accessible battery technologies, such as semi-solid batteries used in some high-performance vehicles.

In Addition to Technical Improvements, BYD Continues to Emphasize the Safety of Its Blade Batteries

In addition to technical improvements, BYD continues to emphasize the safety of its Blade batteries. Tests have demonstrated that these batteries are highly resistant to extreme physical damage, such as puncturing and crushing, without risk of fire – a crucial advantage when considering the safety of electric vehicles.

The introduction of the second generation of BYD’s Blade LFP battery is set to revolutionize the electric vehicle market, offering significant improvements in terms of cost, safety, and energy efficiency. With this innovation, BYD not only reinforces its commitment to sustainability but also solidifies its position as a leader in technology for the future of electric transportation.

The new generation of BYD’s Blade LFP battery promises to revolutionize the electric vehicle market with a significantly higher energy density. What do you think this means for the future of electric vehicles? Join the discussion in the comments below and share your thoughts and expectations about this BYD innovation!

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Vouclene bezerra
Vouclene bezerra
27/04/2024 14:30

Acho excelente matérias referentes aos carros elétricos ou híbridos chineses

Sérgio Afonso
Sérgio Afonso(@sergio202365)
Member
27/04/2024 13:43

Na mesma semana a CATL apresentou uma evolução das baterias de s****: 204 Wh/kg! Fico imaginando o futuro!

John Hyatt
John Hyatt
24/04/2024 21:06

If all that energy density does not choose to escape via Magic Smoke, it could be a real breakthrough.

Bruno Teles

Falo sobre tecnologia, inovação, petróleo e gás. Atualizo diariamente sobre oportunidades no mercado brasileiro. Com mais de 7.000 artigos publicados nos sites CPG, Naval Porto Estaleiro, Mineração Brasil e Obras Construção Civil. Sugestão de pauta? Manda no brunotelesredator@gmail.com

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