2023 Qiyuan A06

At the 2023 Guangzhou Auto Show, Changan Automobile officially launched its battery brand, "Golden Bell," aimed at advancing carbon management across the lifecycle of new energy vehicles. The initiative aligns with Changan's dual-carbon goals: achieving carbon peak by 2027 and carbon neutrality by 2045. The 2023 Qiyuan A06 is scheduled for launch at the end of the year, with the CD701, built on the SDA platform architecture, debuting next year.

Advancements in Battery Technology

Changan Automobile continues to enhance liquid battery performance through material modifications and system optimization. Key targets include achieving charging rates of 3C for application, 5C for popularization, and 7C for pre-research. This approach allows for a 7-minute charging time and a range of 400 kilometers.

The company is also focused on breakthroughs in semi-solid and solid-state batteries. Goals include:

• Increasing weight energy density to 350-500 Wh/kg and volume energy density to 750-1000 Wh/L by 2027.
• Mass production and full popularization by 2030.

Changan is further developing lithium-sulfur and metal batteries, targeting energy densities of 1300-1500 Wh/kg for potential application by 2035.

• Changan's Carbon Management Goals: Changan Automobile's "Golden Bell" battery brand focuses on reducing carbon emissions across the lifecycle of new energy vehicles, with goals to achieve carbon peak by 2027 and carbon neutrality by 2045.

• 2023 Qiyuan A06 Launch Timeline: The Qiyuan A06 will debut at the end of the year, followed by the CD701 built on the SDA platform architecture, set for release next year.

• Liquid Battery Advancements: Changan is improving liquid batteries by optimizing materials and systems, achieving faster charging rates of up to 7C, enabling a 7-minute charging time and a 400 km range.

• Semi-Solid and Solid-State Batteries: Efforts include increasing energy densities to 350-500 Wh/kg and 750-1000 Wh/L, targeting mass production by 2027 and full adoption by 2030.

• Next-Generation Battery Development: Research on lithium-sulfur and metal batteries aims for energy densities of 1300-1500 Wh/kg, with potential applications by 2035.

• Enhanced Battery Safety: Innovations include thermal insulation materials with a 30% performance improvement, ensuring heat suppression and higher operating temperatures.

• Full-Temperature Range Solutions: Micro-core high-frequency pulse heating technology addresses low-temperature performance, supported by real-time big data calculations for millisecond-level safety risk detection.

• New Energy Consumer Value Index (CVI): Changan aims to achieve CVI values of 95 for pure electric SUVs and 40 for plug-in sedans by 2025, with periodic increases every two years.

• Battery Ecosystem Expansion: Plans include eight self-developed battery types with a production capacity of at least 150 GWh by 2030 and the introduction of CTV technology with ≥86% group efficiency by 2024.

Battery Safety and Thermal Management

Safety innovations include new thermal insulation materials with 30% improved performance, achieving 100% heat suppression and raising operating temperatures by over 200°C compared to conventional standards. A micro-core high-frequency pulse heating technology ensures efficient battery operation in low-temperature conditions. Real-time big data calculations enhance safety by providing millisecond-level risk perception and 100% safety risk prevention.

New Energy Consumer Value Index (CVI)

Changan has optimized its "New Energy Consumer Value Index (CVI)," a user-centric evaluation model emphasizing price-performance ratios. By 2025, Changan aims to achieve CVI values of 95 for pure electric SUVs and 40 for plug-in sedans, increasing by 5%-10% every two years through technological innovations.

Strategic Product and Ecosystem Development

By 2030, Changan plans to launch eight self-developed battery cell types, including liquid, semi-solid, and solid, with a production capacity of at least 150 GWh. Key milestones include:

• Mass production of the first self-developed standard battery cell at a joint facility with CATL.
• Launching CTV technology in 2024 with a group efficiency of ≥86%.

The company is creating a renewable energy ecosystem, integrating energy production, storage, and utilization to maximize the industrial value chain.

Research and Development Initiatives

Changan has established an advanced battery research institute with 1,200 R&D personnel, including 125 senior experts. The team will expand to 3,000 members by 2024, supported by a 10 billion yuan investment. The institute focuses on material innovation and system integration to achieve critical technological breakthroughs.

Source

2023启源A06, 2023キユアンA06, 2023 קיואן A06, 2023 كيوان A06, 2023 Циюань A06, 2023키위안 A06, 2023 ฉีหยวน A06