SEDA HV Battery Container
The SEDA HV-Battery Container ensures the secure storage of critical and non-critical energy storage systems for electric vehicles in temperature-controlled, monitored, and floodable compartments in the event of a thermal reaction.
Technical Data
| Dimensions L / W | 6.400 x 2.450 mm |
| Height | 2.600 mm Standard 2.896 mm High Cube |
| Weight | 5.450 kg / 6.750 kg |
| Inner compartments | 2.660 x 2.000 x 491 mm |
| Water connection | 2″-line (Storz B), max. 4 bar |
| Power connection | 230 V / 10 A / 50 Hz |
| Trigger temperature | 68°C (adjustable) |
Order Number
| A-527915 | SEDA HV Batterie Container Standard 4 compartments |
| A-527916 | SEDA HV Batterie Container High Cube 6 compartments |
| Alternative Solution | for ADR Transport and storage: |
| A-527793 | SEDA HV BAT-Box |
Downloads
Benefits
- Secure storage of critical and non-critical lithium-ion energy storage systems
- Available with 4 or 6 compartments in a standard or High Cube 20″ shipping container
- Monitoring, cooling, flooding, and fire extinguishing
- Cross-ventilation or optional air conditioning
- Controlled water retention system
Video
Additional information
Temperature preset and control:
The container‘s internal temperature can be preset according to requirements and maintained at a consistent level regardless of external ambient conditions (optional air conditioning available).
Alarm monitoring:
Monitored values include:
- 4 temperature sensors per compartment (surface temperature of a Li-ion battery)
- Ambient temperature inside the compartments
- Detection of smoke, hydrogen (H2) and carbon monoxide (CO)
Flooding & Cooling:
As soon as the surface temperature of a lithium-ion energy storage system in a compartment reaches 68°C (adjustable), the cooling extinguishing heads open and flood the corresponding compartment with water or another coolant to prevent a thermal reaction of the battery cells. In case of contamination, water retention is ensured, and no liquids can escape from the watertight compartment. Other areas remain unaffected. Sensors ensure that flooding stops at the right time (no overflow).
