Rhino IntelliFlex HV
Built like a Rhino. Thinks like a grid.
Nine 76.8 V LiFePO₄ drawers and a smart controller in one wire-free, proudly South African rack.
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Rhino IntelliFlex HV
Nine 76.8 V LiFePO₄ drawers and a smart controller in one wire-free, proudly South African rack.
Wire-free by design
Every module is a drawer. A blind-mate connector at the back engages the rack’s high-voltage bus, balance bus and comms in one push — no cables to route or terminate.
Inside the rack
Behind the drawers, copper busbars link the modules in series, a shared two-wire balance bus runs past every level, and CAN comms run up the rack to the controller.
Module balancing
When one module’s highest cell passes 3.450 V while another’s stays below 3.400 V, the rack closes that module’s two balance contactors. Its extra energy runs up the shared balance bus into the controller’s 1000 W resistors for a 30-second window.
Scanning every module…
Bidirectional current limiter
Add a new rack to a live bank at a different voltage — no manual voltage matching, no tools. The limiter holds the equalising current in either direction until the rack voltages match, then the racks share the load.
Seamless CAN failover
One rack leads the CAN link to the inverter. If it goes offline, the next rack is promoted to master instantly — the inverter never loses its battery.
Rack 1 is master
Scale out
Parallel Rhino racks with automatic master–slave assignment for farms, factories and mines.
Have you got a grid tied inverter or DC device that takes solar panels but cant benefit in terms of the high demand tariffs due to weak sun in those times?
Step into the world of Battery-PV DC coupling.
This revolutionary system allows customers to drastically reduce their power bill with their current grid tied setup by storing excess solar energy thought out the day and then only using it during the peak times, allowing for a much better ROI.
How this system works: when your grid tied inverters are not under load the battery will absorb all the excess power from the PV and when the sun goes down the battery will turn on its discharge contactor to allow discharging directly into the grid tied invertes PV port acting as your own little sun!
Need to replace a module mid-operation? No problem. The HV-104-14WFRE allows hot-swapping of modules, regardless of their state of charge. The system's internal balancer automatically discharges higher-voltage modules to match the rest, ensuring seamless performance and minimal disruption.
Forget complicated wiring diagrams and tangled installations. The HV-104-14WFRE uses a wire-free design, reducing setup time, eliminating wiring errors, and ensuring a safer, cleaner installation.
Downtime? Not on our watch. If a Master battery in your rack fails, the system automatically promotes a Slave battery to take over communication with the inverter. This failover mechanism happens instantly, keeping your system running smoothly with zero downtime. You can scale this setup up to 62 racks in parallel, reaching a massive 5.4MW capacity—without compromising stability.
Easily secure the controller and module in place with a secure drawer lock
Our bidirectional current limiter allows you to add a new battery regardless of its state of charge or voltage. It intelligently balances itself by either charging or discharging at up to 10A—no specialist tools or knowledge required. Future expansion or battery replacement has never been easier.
Parallel up to 60 batteries with auto master-slave assigning
Our smart controlled current limiter can limit the current going in to or out of the battery at 15 amps to ensure your batteries, whether adding or servicing, can resynchronize effortlessly.
The current limiter doubles as a module balancer allowing your newly added battery modules voltage to be synchronized into the battery seamlessly.
No problem with our double contactor diode approach. Your battery can continue waiting for a charge while not giving any power out, protecting your valuable cells.
All contactors in the LBSA HV battery feature auxiliary feedback so that we are aware of any contactor failure.
LBSA HV allows for your battery to be able to be discharge while not allowing charge in case of a cell over voltage. This comes in handy when you need your modules or cells to balance whilst not interrupting the rest of the battery banks.
We will know if the breaker is not closed ensuring that little bit of extra safety by promoting you to close the breaker.
We can also disengage the contactors in the event the breaker has been turned off.
In the event of contactor failure the battery can trip the breaker if need be.
| FEATURE NAME | DESCRIPTION |
|---|---|
| Fast Assembly | Wire-free, quick-lock drawer system enables fast, effortless installation of modules and controllers—no tools or screws required. |
| Wire-Free Design | Clean, safe, and efficient setup with zero tangled wires or complex diagrams. |
| Flexible Module Configuration | Use anywhere from 3 to 11 modules to match your inverter requirements and budget. |
| Hot-Swappable Modules | Easily replace modules during operation, regardless of state of charge—system balances them automatically. |
| Hot Battery Swapping | Add or replace batteries regardless of voltage or charge. The system balances them automatically at up to 10A. |
| Large Expansion Capability | Scale up to 60 batteries in parallel. |
| Seamless CAN Communication Failover | If the Master battery fails, a Slave takes over instantly, maintaining uninterrupted inverter communication. |
| Battery Synchronization | Easily add a new battery to the system. Powerful internal balancer syncs charge and voltage with the rest of the rack. |
| Smart Adaptive Charging/Discharging | Can handle startup surges (up to 300A) for high-load equipment like pumps or motors. |
| Independent Charge & Discharge Control | In fault conditions, only the affected function shuts down—rest of the system remains operational. |
| Built-In Inverter Pre-Charge Protection | Prevents power surges by supplying a steady 10A current for safe inverter energisation. |
| Easy Module Securing | Secure drawer-lock design keeps modules and controllers safely in place. |
| Quick-Lock Drawer System | Enables rapid tool-free installation or swapping of modules and controllers. |
| Built-In Fire Suppression | Internal safety mechanism activates in case of overheating, blocking fire spread at the source. |
| Secondary Trip Protection | Extra safety layer via a dedicated breaker to protect against short circuits or contactor failures. |
| Contactor Feedback Monitoring | Real-time AUX feedback allows quick fault detection and diagnostic response. |
| Energy-Efficient Contactors | Each contactor uses only 2W, minimizing standby energy consumption. |
| High-Precision SOC Monitoring | Shunt-based system delivers accurate state-of-charge readings for optimal battery health tracking. |
| Connectivity & Interface Simplicity | Includes RJ45/CAN terminators and plug-in positive/negative connectors for quick, secure communication and power connections. |