New-energy passenger vehicle battery swap stations

Empowering New-Energy Passenger Vehicle Battery Swap Station Lifting Systems: A Core Solution That’s Efficient, Reliable, and Intelligent

New-energy passenger vehicle battery swap stations

In the rapidly growing wave of new-energy passenger vehicle development, battery swap stations have emerged as a critical infrastructure for enhancing energy-replenishment efficiency and alleviating range anxiety among users. The operational efficiency and reliability of these stations directly impact both user experience and industry growth. Among the key components of a battery swap station, the lifting mechanism plays a pivotal role in the battery exchange process—it precisely and smoothly raises vehicles to the designated height, enabling the underlying battery-changing equipment to perform swift operations. This crucial step demands that the equipment deliver exceptional positioning accuracy, smooth operation, robust structural integrity, and rapid responsiveness, ensuring it can meet the diverse needs of various vehicle models and operating conditions. Ultimately, this guarantees that the entire battery-swapping process is safe, seamless, and highly efficient.

 

Industrial Solutions

New-energy passenger vehicle battery swap stations

Background Challenge

  • As the scale of battery swap stations expands and service frequency increases, traditional lift-and-lower solutions are gradually revealing certain limitations when confronted with increasingly demanding application scenarios.
  • Some solutions may lack sufficient structural compactness, making it difficult to fit within the limited installation space available in battery swap stations.
  • Under prolonged high-load operation, its transmission accuracy and stability may degrade, compromising the vehicle's positioning accuracy and, consequently, leading to longer battery-swapping times.
  • For passenger car models with varying wheelbases and different weights, the traditional approach also faces challenges in terms of compatibility and flexibility for adjustments.
  • The requirements for maintenance convenience, low failure rates, and long service life of equipment at battery swap stations also set higher standards for the design of the lifting system.
  • How to further enhance lifting speed, optimize energy consumption, reduce operational and maintenance costs, and ensure stable performance under various complex environmental conditions—while maintaining safety—has become a critical issue urgently needing resolution in the lifting process of battery swap stations.

Relevant industries

 Application areas Battery swap station

Value and Benefits

Evo-Tech's rigid chain perfectly aligns with the core requirements of new-energy battery swap stations—speed, precision, safety, and reliability—through five groundbreaking solutions: high precision, durability, efficiency, security, and intelligence. As a result, it has become the key technology choice for battery swap station operators looking to boost efficiency, cut costs, and strengthen their competitive edge.

Evo-Tech Rigid Chain Technology Solution

01.

High-Precision Positioning Solution: Overcoming the "Alignment Challenge" in Battery Swapping, Enhancing Swap Success Rates

Evo-Tech's rigid chain system features a servo motor, high-precision encoder, and closed-loop control, combined with the "gap-free meshing" structure of the rigid chain, enabling repeat positioning accuracy of ±0.1mm for battery compartment lifting and lowering.

02.

High-Frequency, High-Load Durability Solution: Meeting the "High-Frequency" Demands of Battery Swap Stations While Reducing Maintenance Costs

Evo-Tech's rigid chain features highly wear-resistant alloy links, and its modular design allows for quick, single-link replacement.

03.

Fast Battery Swap Efficiency Solution: Reduce battery swap time and enhance energy-replenishment efficiency.

Evo-Tech's rigid-chain linear drive boasts an efficiency of up to 90%, and when paired with a servo motor, its rapid response enables battery compartment lifting speeds of ≥0.3 m/s.

04.

Zero-Oil-Leakage Safety Solution: Prevent "Fluid Contamination" Risks and Meet New Energy Industry Standards

Featuring a fully electric drive system, it eliminates the need for hydraulic oil circulation, completely eliminating the risk of oil leaks.

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