Severe cold
The application brief includes conditions below −30°C and snowstorms.
COLD-WEATHER EQUIPMENT · X300
The X300 snow groomer project focused on heavy-duty electric equipment operating in snow, severe cold and at altitude. Thermal management, charging, structural integration and maintenance requirements were developed as a system.
680V / 230Ah pack · about 300kWh system
Discuss Your Custom Battery Project
This case documents a custom traction-battery project. It illustrates an engineering approach to one application; it is not a drop-in replacement product or a specification for TUORDE’s 24V truck starting and parking batteries.
The application brief includes conditions below −30°C and snowstorms.
Terrain, slopes, operating duration and high-altitude requirements shaped the engineering scope.
Cold-weather charging and maintenance needs had to be reviewed with the thermal and control systems.
The source describes active fluid-based heating and cooling, rather than relying on cell selection alone.
High-power battery architecture, energy management and cold-weather charging formed part of the project.
Structural packaging, vibration damping, sealing and corrosion protection were addressed together.
| Parameter | Source-reported project information |
|---|---|
| Application | Electric snow groomer traction power |
| Reported battery pack | 680V / 230Ah |
| Reported system energy | Approximately 300kWh; source describes a doubled-system design |
| Thermal approach | Active fluid-based heating and cooling |
| Mechanical approach | Structural battery integration and vibration damping |
| Environmental scope | Sealing and corrosion-protection development |
680V × 230Ah is 156.4kWh per reported pack. The source describes a doubled system and reports approximately 300kWh; the final pack count, connections and usable-energy basis require confirmation in the system documents.
680V / 230Ah describes the reported pack; approximately 300kWh describes the doubled system. They are not interchangeable specification fields.
Condition-based and predictive-maintenance BMS functions are described in the source; their implementation is configuration-specific.
The source explicitly says actual project photographs are not shown. The supplied engineering image is labeled as reference material.
The X300 brief reports at least 3,000 cycles at 80% depth of discharge and operation of up to four hours per charge. These are source-reported project outcomes. Duty cycle, temperature, charging conditions and detailed test records should be reviewed before using them as a design basis.
The case brief is TUORDE-supplied project documentation. Detailed test methods, acceptance records and applicable configuration drawings are available for discussion; no independent validation or universal performance guarantee is implied.
TECHNICAL RESOURCE
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Case reference: X300. Include this reference and your own operating requirements in the inquiry.