| Specification | Details |
|---|---|
| Application | Suitable for 1–6 battery cells |
| Output Voltage | Adjustable 0–12V DC |
| Current Rating | Up to 400A |
| Input Power | Single-phase or three-phase AC |
| Cooling | Natural / Forced air cooling |
| Protections | AC input & DC output protections |
| Enclosure | Standard IP20, customizable sizes and colors |
Live Maintenance Without Downtime
System availability is critical, and downtime is not an option. Chhabi’s Online Cell Booster enables precision charging and live maintenance of weak cells without disconnecting or shutting down the battery bank
Corrects weak cells without load disruption or system shutdown.
Sophisticated IU/IUIU and CC/CV algorithms tailored for Lead-Acid, VRLA, and Ni-Cd.
Withstands harsh plant and utility environments.
Achieves >80% efficiency, reducing energy costs and thermal stress
Reliable DC power for control, protection, and backup across thermal, nuclear, hydro, renewable plants, and utility operations.
It's a system that charges and recovers weak battery cells while the entire battery bank stays live and connected to the load. No shutdown, no downtime — maintenance happens in the background without anyone even noticing.
A regular cell booster works offline — you disconnect the battery bank, service it, then reconnect. The online version does the same job while the system stays live. Both are effective; the choice simply depends on whether your application can afford a brief shutdown or not.
It supports Lead-Acid, VRLA, and Ni-Cd batteries — the most common types in industrial and utility setups. The charging algorithm (IU/IUIU or CC/CV) adjusts automatically based on the battery chemistry, so there's no manual tuning needed.
One session typically handles 1 to 6 cells, with output voltage adjustable from 0–12V DC and current up to 400A. For sites with larger requirements, Chhabi Electricals offers customized configurations based on your exact voltage, current, and environment specs.
Yes, that's the core engineering behind it. The weak cell is isolated electrically while the rest of the bank keeps supporting the load normally. Built-in AC input and DC output protections keep both the equipment and the operator safe throughout the process.
Power plants, oil & gas facilities, data centers, railways, substations, cement and steel plants, essentially any sector running on a critical DC backbone where an unplanned shutdown would cause serious operational or financial damage.
Chhabi Electricals is a trusted manufacturer of online cell boosters for power and industrial applications worldwide, with 60+ years of experience behind every build. Standard IP20 enclosures available, with full customization on ratings and configurations.
It depends on battery age, load cycles, and ambient temperature. Most facilities pair their battery maintenance system with a monitoring solution like Chhabi Electricals' BHMS to get data-driven alerts instead of guessing intervals.
Yes, with current ratings going up to 400A, it's built for heavy-duty industrial environments. For sites with even higher demands, Chhabi Electricals can configure the system based on specific load and battery bank requirements.
In a large battery bank, cells age at slightly different rates. A battery maintenance system and booster keeps all cells performing at a similar level by correcting voltage dips as they appear, so the bank delivers reliable, uniform output for much longer.
