Prostarm Regenerative Charger Discharger: Smart Energy Recovery for Efficient Battery Testing

Battery testing, maintenance, and energy optimization are crucial for industries relying on rechargeable batteries. Conventional battery testing often leads to excessive energy wastage, increasing operational costs and environmental impact. A Regenerative Charger Discharger solves this issue by not only charging and discharging batteries but also recovering and feeding excess energy back to the grid.

The ProstarM Regenerative Charger Discharger is a high-efficiency system designed for battery testing, conditioning, and energy recovery, making it an ideal solution for electric vehicle (EV) manufacturers, renewable energy storage, telecom, railways, and industrial power applications. With its bi-directional architecture, it ensures optimal battery performance while significantly reducing energy losses.

The ProstarM Regenerative Charger Discharger functions as both a battery charger and a discharger, with an integrated regenerative energy recovery system.

1. Charging Mode: Converts AC to DC and charges the battery under precise voltage and current control.
2. Discharging Mode: Extracts energy from the battery and feeds it back into the grid at over 90% efficiency, reducing energy wastage.
3. Battery Conditioning: Cycles batteries through charge-discharge phases to analyze capacity, efficiency, and degradation trends.
4. Smart Control & Monitoring: Uses programmable modes (CC, CV, CC-CV) with real-time diagnostics for battery evaluation.
5. Safety & Protection: Includes overvoltage, overcurrent, short circuit, and thermal shutdown protection for secure operation.

This dual-functionality reduces testing costs, improves battery lifespan, and minimizes energy waste, making it an environmentally and financially viable solution.

1. 1. Energy Recovery Efficiency – Ensure the system regenerates at least 90% of discharged energy, reducing electricity costs.
   2. Flexible Voltage and Current Range – ProstarM’s system supports multiple battery voltages (24V to 600V) and current levels (5A to 800A).
   3. Smart Charge-Discharge Profiles – Advanced control options like CC (Constant Current), CV (Constant Voltage), and CC-CV (Hybrid Mode) enhance testing precision.
   4. Wide Battery Compatibility – Works with lithium-ion, lead-acid, nickel-cadmium, and other rechargeable batteries.
   5. High Power Factor (>0.98) – Reduces harmonic distortions, ensuring cleaner power input.
   6. Low Ripple (<3% RMS) – Prevents electrical noise and extends battery life.
   7. Data Logging & Remote Monitoring – Includes RS-232 interface for real-time performance tracking and diagnostics.
   8. Robust Safety Mechanisms – Overvoltage, overcurrent, temperature, and short-circuit protection prevent damage to both the system and batteries.
   9. Modular & Scalable Design – Expandable architecture ensures future adaptability for growing battery testing needs.

This system is ideal for industries and applications where battery performance and energy efficiency are critical:

• Electric Vehicle (EV) & Hybrid Battery Testing – Ensures optimal battery efficiency for automotive and e-mobility applications.
• Renewable Energy Storage Systems – Manages solar and wind energy battery storage, optimizing charging cycles.
• Railways & Locomotive Batteries – Improves the performance and longevity of train batteries.
• Battery Manufacturing & Testing Labs – Provides accurate performance data for battery R&D and quality control.
• Telecommunications & Data Centers – Enhances backup power battery reliability while reducing operational costs.
• Industrial Power Systems – Supports testing and maintenance of UPS, grid storage, and industrial battery banks.

• Up to 90% Energy Recovery – Converts discharged energy into usable AC power, lowering electricity bills.
• Faster & More Accurate Battery Testing – Advanced diagnostics ensure precise battery performance evaluation.
• Lower Carbon Footprint – Reduces energy wastage, supporting sustainability goals.
• Longer Battery Life – Optimized charging profiles prevent overcharging and deep discharge, enhancing battery health.
• Minimized Heat Generation – Low ripple and high-efficiency design reduce heat buildup.
• Reduced Operational Costs – Energy savings lead to lower total cost of ownership (TCO) over time.
• Scalability for Future Expansion – Modular configurations allow businesses to scale as battery testing requirements grow.

1. Higher Energy Recovery Efficiency – ProstarM’s >90% energy regeneration outperforms conventional chargers that waste discharged energy.
2. Broader Battery Compatibility – Unlike many standard models, ProstarM’s system supports lithium-ion, lead-acid, and NiCd batteries, ensuring flexibility.
3. Superior Power Factor Correction (>0.98) – Reduces harmonics and ensures cleaner grid power, improving overall efficiency.
4. Advanced Data Monitoring & Logging – Offers real-time battery performance analysis via RS-232 connectivity, a feature missing in many competitors.
5. Customizable Charge-Discharge Cycles – Provides greater flexibility for R&D, industrial, and commercial applications.

Q1: What is a Regenerative Charger Discharger?
It is a bi-directional energy system that charges batteries and recovers discharged energy by feeding it back into the power grid.

Q2: How does it reduce electricity costs?
Unlike traditional battery testers, it recovers up to 90% of discharged energy, significantly cutting power consumption.

Q3: Which battery types are supported?
The ProstarM Regenerative Charger Discharger is compatible with lithium-ion, lead-acid, nickel-cadmium, and other rechargeable battery chemistries.

Q4: Can this system be used for electric vehicle (EV) battery testing?
Yes, it is specifically designed for high-capacity EV and hybrid battery testing, ensuring precise charge-discharge analysis.

Q5: Does the system include remote monitoring?
Yes, it features RS-232 communication, allowing for real-time battery diagnostics and data logging.

Q6: Is it suitable for renewable energy storage systems?
Absolutely. It optimizes solar and wind energy battery storage, improving overall energy efficiency.

Q7: How does it compare to conventional battery chargers?
Traditional chargers waste discharged energy, whereas Prostarm’s system recovers and reuses it, leading to significant energy savings.