Powering the Future Through
Smarter Battery Regeneration
Reviving industrial batteries with precision, sustainability, and innovation. At HBR, we extend battery life, cut costs, and help industries move toward a cleaner, energy-efficient tomorrow.
Regeneration Process
A structured, process designed to restore battery efficiency through precision testing, pulsation, and controlled recharging.
CLIENT-SIDE ONSITE INSPECTION
BATTERY HEALTH REPORT
TRANSPORTATION
DECONTAMINATION PROCESS
LINKING & INITIAL LOAD TESTING
PULSATION STAGE
SECONDARY LOAD TEST
CONSTANT CHARGING
CHARGE RECEIVING TEST
SECONDARY CHARGE PHASE
FINAL CHARGE & DELIVERY
CLIENT-SIDE ONSITE INSPECTION
Our technicians visit the client site to inspect and evaluate the battery condition.
BATTERY HEALTH REPORT
A detailed diagnostic report is created showing voltage, load handling, and chemical status.
TRANSPORTATION
Batteries are safely transported to our lab using secure handling protocols.
DECONTAMINATION PROCESS
The battery is cleaned and prepared for internal testing stages.
LINKING & INITIAL LOAD TESTING
Initial load tests are performed to measure recovery potential.
PULSATION STAGE
Pulsation breaks sulfation layers to restore battery efficiency.
SECONDARY LOAD TEST
Another load test ensures that performance has improved post-pulsation.
CONSTANT CHARGING
A steady charge cycle is maintained under controlled temperature.
CHARGE RECEIVING TEST
Determines how efficiently the battery accepts and retains charge.
SECONDARY CHARGE PHASE
Final conditioning charge improves long-term performance.
FINAL CHARGE & DELIVERY
The restored battery is fully charged, tested, certified, and delivered.
Step 1
Onsite Inspection
On site inspection for visual, voltage, gravity reading, etc...
Step 2
Health Check
Battery Health Check Report & Recommendations to be sent to customer
Step 3
Transport to HBR
Transportation to our workshop or customer's battery treatment room
Step 4
Decontamination
Decontamination of battery terminals
Step 5
1st Load Test
Initial Load test to determine condition of battery before process
Step 6
Pulsation
Pulsation and de-crystallization process
Step 7
2nd Load Test
Secondary load test to determine battery condition after pulsation
Step 8
Constant Charge
Constant phase charging of battery
Step 9
Final Load Test
Final Load test to determine progress in battery capacity @C5
Step 10
Final Charge
Final Charging as per OEM standard
Step 11
Return to Client
Delivery back to customer
Battery Recycling
- Energy-intensive processes
- Gas emissions from material treatment
- Only ~50% materials recovered
- Heavy metal extraction required
- Consumes 10× more energy than regeneration
Battery Regeneration
- 80–90% of original capacity restored
- Up to 70% less CO₂ emitted
- Supports a circular economy
- Up to 50% cost savings vs new battery