110V DC Battery Bank Using 55 × 2V Batteries – Complete Setup Guide
When it comes to industrial-grade backup systems, 110V DC Battery Banks are the backbone of reliability. Whether it’s for substations, telecom infrastructure, or solar energy setups, this configuration—built using 55 × 2V batteries—offers stability and power efficiency.
In this guide, we’ll walk you through everything you need to know about setting up a 110V DC Battery Bank, its working principles, technical specifications, and why SS Enterprises is the best partner for your battery needs.
Why Choose a 110V DC Battery Bank?
A 110V battery bank is ideal for systems requiring consistent DC power. It’s widely used in:
- Electrical substations for control and protection systems
- Telecom applications for uninterrupted communication power
- Industrial automation where reliability is non-negotiable
- Solar and renewable energy backup setups
With 55 × 2V cells connected in series, you achieve the desired 110V output. Each 2V cell contributes stable current and excellent deep-cycle performance—ideal for critical operations.
Key Components of the Setup
1. 2V Batteries
Use high-quality 2V Tubular Gel VRLA batteries or Exide/Amara Raja cells known for deep discharge recovery and long life.
Each battery is connected in series, ensuring a cumulative voltage of 110V.
2. Battery Rack
A strong, corrosion-resistant rack is essential for alignment and safety. Proper spacing ensures ventilation and heat dissipation.
3. Battery Interlinks & Cables
Use heavy-duty, insulated copper interlinks for minimum resistance and secure connections. Label each link for easy maintenance.
4. Battery Charger
A DC Float-cum-Boost Charger keeps your batteries fully charged, managing both float and boost modes to maintain performance.
5. Monitoring System
Install voltage and current monitoring meters to track the health of each battery. Advanced systems can integrate remote monitoring.
Step-by-Step Setup Process
- Layout Planning:
Decide on a location with proper ventilation and low humidity. - Rack Installation:
Assemble the rack, ensuring it’s level and stable. - Battery Placement:
Place all 55 × 2V cells in series, following polarity (positive to negative). - Interlink Connection:
Connect each terminal securely using copper interlinks and torque as per manufacturer specs. - Voltage Verification:
After connections, verify the total output (~110V DC). - Charger Integration:
Connect the DC charger to maintain voltage and prevent deep discharge. - Testing:
Perform a load test to ensure the system can handle your power requirements.
Maintenance Tips
- Regularly check electrolyte levels (for flooded types).
- Keep terminals clean and tight.
- Perform monthly voltage readings per cell.
- Replace faulty cells immediately to avoid imbalance.
Why Buy from SS Enterprises?
If you’re planning to set up a 110V DC Battery Bank, don’t take risks with unknown sellers. SS Enterprises delivers only genuine, tested 2V VRLA batteries—at unbeatable prices.
🔋 Why Choose SS Enterprises:
- 100% original Exide & Amara Raja batteries
- Bulk orders available (2V–3000Ah range)
- Fast delivery and installation support
- Competitive pricing — you buy from others, you lose!
📍 Visit: www.2volt.in
📞 Contact: +91-9717070713