High-density battery chargers

Ensure your battery production line maintains optimal charge levels with precision and efficiency using these advanced high-density chargers.

Optimizes Energy Management and Charging Efficiency

Sovema Group’s HD High-Density Chargers are engineered to optimize your industrial charging operations, addressing complexities in consistent power supply and energy management. These chargers employ a sophisticated control system that ensures reliable energy delivery in high-demand scenarios. While specific applications and end-products are not provided, these chargers are ideal for industries requiring robust energy solutions. Their energy efficiency features reduce power consumption through advanced motor control techniques. The equipment integrates seamlessly into existing workflows, offering PLC-based automation for hassle-free operations. Known for durability, they are crafted to withstand rigorous industrial conditions, providing long-term reliability and minimal maintenance needs.

Benefits

  • Enhances energy efficiency, reducing operational costs.
  • Maintains consistent power supply in demanding environments.
  • Integrates seamlessly, minimizing disruption to existing workflows.
  • Durable design ensures long-term reliability and minimal maintenance.
  • Automates control processes, reducing labor intervention.

General


Applications
End products
Steps before
Steps after
Input ingredients
Output ingredients
Market info
Sovema Group is known for its expertise in manufacturing advanced equipment for lead-acid battery production, offering turnkey solutions and innovative technology to enhance battery manufacturing efficiency and quality.

Operating Characteristics


Charging rate
High speed / Fast charging
Energy efficiency
High efficiency / Low energy consumption
Automation level
Manual / Automatic
Cooling system
Integrated / External
Safety features
Overcharge protection / Temperature control
Data monitoring
Real-time / Remote access

Material Compatibility


Density/particle size
0.5–2.5 g/cm³ / 50–1000 µm