Highly Integrated EV Battery Packs
Excellence in Power with Compatibility for All Vehicle Models
Utilizing an industry-leading and diverse technological approach and full-stack self-development capabilities to address concerns such as safety, performance, and supply anxieties, creating a comprehensive solution for new energy power batteries.
With 12 automated production lines and 16 flexible production lines, compatible with a product series ranging in power capacity from 15.5 kWh to 100 kWh, our annual production capacity reaches 1.047 million pack sets. Utilizing leading domestic and international equipment brands, we perform testing, laser welding, screw fastening, six-axis robot module assembly, automated gluing, and both online and offline AGV logistics turnover. Our smart management system ensures consistent quality and reliable supply.
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Four Advantages
Long-Lasting Energy, Long Battery Life
The battery adopts a highly integrated technical solution, with a compact structure and lighter weight. The efficiency of the cavity in the battery pack is better than that of the industry leader, and it can easily achieve ultra-long battery life
Safe, Worry-free, Stable, Reliable
Designed to meet the world's most stringent battery safety certification standards, our packs undergo over 100 safety and reliability tests
Ultra-Fast Charging, Rapid Replenishment
The high-performance lithium battery is equipped with an efficient charging strategy to achieve rapid energy replenishment
Smart Policy, Optimal Algorithm
A smart algorithm based on the integration of battery, vehicle, and cloud enables online parameter identification and edge computing for individual vehicles. Using neural network training, the algorithm assesses battery health and performs personalized learning, allowing high-precision prediction and management throughout the battery's entire lifecycle
EV Solutions
Ultimate Integration
CTP high integration reduces component count by 35%, achieving a maximum volume utilization rate of 83.7% and a 10% increase in energy density.
Ultra-fast Charging Technology
15-minute charging extends range by 500km. 5-minute ultra-fast charging provides a range of over 235 km. Charge 1kWh in just 10 seconds. (Note: Based on a CLTC range of 720 km and a 95kWh pack configuration)
Ultimate Safety Technology
Inheriting the brand's safety DNA, our batteries feature eight layers of thermal safety protection: "Cloud""Prevention", "Isolation", "Absorption", "Cooling","Alert","Discharging", "Disconnection". We offer the industry's first power battery capable of withstanding a 240-second fire test, far exceeding the national standard of 130 seconds. Our batteries are also the first in the industry to withstand six consecutive safety tests, including submersion, fire, freezing, dragging, crushing, and high-altitude drops, without exploding, emitting smoke, catching fire, or experiencing thermal runaway
800V Platform Technology
Industry-leading 800V high-voltage safety protection technology integrates active safety features such as BPS and PSS for millisecond-level power cutoff. Our architecture platform technology is compatible with all models based on the SEA-1+ and SEA-2+ platforms.
PHEV Solutions
Extended Pure Electric Range
With an energy density of up to 145Wh/kg, high-nickel ternary cathode materials are employed in the battery cells.
More Efficient Thermal Management
Innovative dual-sided liquid cooling technology significantly increases heat dissipation area and greatly enhances system cooling capability.
Lightweight Design
For the first time, a top cover with a thickness of 0.7mm sheet metal is used, along with a highly integrated triple-layer stacked module and Pack design, achieving high space utilization and lightweight properties.
Higher Safety Assurance
Multiple safety designs and advanced management strategies meet multiple safety requirements such as mechanical and electrical properties, and reduce weight without reducing strength, meeting security standards of Volvo.
Higher Compatibility and Adaptability
Meet global standards.
HEV Solutions
Higher Charging/Discharging Power
Excellent charging and discharging rate performance: 60 kW @ 10s @ 50% SOC, effectively enhances vehicle dynamics and fuel economy.
High Integration
Utilizes a large module stacking design for high grouping efficiency. BDU high-voltage control box integrates BMS, and electrical components, etc. Modular layered design for compact structure and lighter weight.
More Efficient Thermal Management
Incorporates an innovative three-sided surrounding liquid-cooled flat tube integrated module design. In addition to conventional module bottom cooling, the module's side is fully utilized for rapid heat dissipation. This reduces cooling time, minimizes temperature differentials, significantly increases heat dissipation efficiency, and reduces overall vehicle fuel consumption.
Cooperation Cases
Umfassende Lösung
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