CBAK Energy Powers Southeast Asia’s Electric Mobility with Innovative LFP Cylindrical Batteries
CBAK Energy Technology showcased its Light Electric Vehicles (LEVs) batteries, including Full-Tab Large Cylindrical cells and Sodium-Ion batteries, at Autotech & Accessories 2026 in Ho Chi Minh City to address Southeast Asia’s demand for high-performance, thermally stable batteries. The company highlighted its 40135 FS2 cells, designed for 2,500+ cycles, 172 Wh/kg energy density, and 50% reduced thermal rise, to support commercial fleets in extreme climates like 40°C+ urban environments." "article": "CBAK Energy Technology, Inc. (NASDAQ: CBAT) presented its scenario-driven Light Electric Vehicles (LEVs) battery lineup at the 22nd International Exhibition on Automobile, Motorcycle, Electric Vehicle, and Supporting Industries (Autotech & Accessories 2026) in Ho Chi Minh City, Vietnam. The portfolio includes Full-Tab Large Cylindrical cells (32140 and 40135 series), Sodium-Ion batteries (32140), and the 26 series (26650/26700), tailored for Southeast Asia’s E2W/E3W market. The company emphasized three key features: long-life performance with 40135 FS2 cells delivering over 2,500 cycles and 8–10-year lifespans, Full-Tab technology reducing internal resistance to ≈1.3 mΩ for stable high-rate cycling, and class-leading energy density of 172 Wh/kg in the 40135 FS2. These innovations address Southeast Asia’s operational extremes, including 40°C+ climates and high-frequency usage in ride-hailing and delivery sectors. The batteries’ thermal safety improvements, including a 50% reduction in temperature rise, mitigate thermal runaway risks in swapping cabinets and reduce power throttling during frequent urban start-stops. This drew strong interest from local swapping network integrators and fleet operators, leading to active partnership inquiries. CBAK Energy’s solutions aim to lower the Total Cost of Ownership (TCO) by minimizing capacity degradation and extending residual value for second-life energy storage applications. The high energy density also reduces swapping frequency, maximizing operational revenue for commercial riders. Following the Vietnam exhibition, CBAK Energy will participate in Autoexpo Kenya in Nairobi (June 3–5, 2026) to expand its presence in Africa’s growing electric mobility sector.
CBAK Energy Technology, Inc. (NASDAQ: CBAT) presented its scenario-driven Light Electric Vehicles (LEVs) battery lineup at the 22nd International Exhibition on Automobile, Motorcycle, Electric Vehicle, and Supporting Industries (Autotech & Accessories 2026) in Ho Chi Minh City, Vietnam. The portfolio includes Full-Tab Large Cylindrical cells (32140 and 40135 series), Sodium-Ion batteries (32140), and the 26 series (26650/26700), tailored for Southeast Asia’s E2W/E3W market. The company emphasized three key features: long-life performance with 40135 FS2 cells delivering over 2,500 cycles and 8–10-year lifespans, Full-Tab technology reducing internal resistance to ≈1.3 mΩ for stable high-rate cycling, and class-leading energy density of 172 Wh/kg in the 40135 FS2. These innovations address Southeast Asia’s operational extremes, including 40°C+ climates and high-frequency usage in ride-hailing and delivery sectors. The batteries’ thermal safety improvements, including a 50% reduction in temperature rise, mitigate thermal runaway risks in swapping cabinets and reduce power throttling during frequent urban start-stops. This drew strong interest from local swapping network integrators and fleet operators, leading to active partnership inquiries. CBAK Energy’s solutions aim to lower the Total Cost of Ownership (TCO) by minimizing capacity degradation and extending residual value for second-life energy storage applications. The high energy density also reduces swapping frequency, maximizing operational revenue for commercial riders. Following the Vietnam exhibition, CBAK Energy will participate in Autoexpo Kenya in Nairobi (June 3–5, 2026) to expand its presence in Africa’s growing electric mobility sector.
This content was automatically generated and/or translated by AI. It may contain inaccuracies. Please refer to the original sources for verification.