There is nothing worse than a “Communication Fault” alarm on a remote job site. For solar installers adopting rising Sodium-Ion technology, inverter compatibility is often the biggest hesitation. You need equipment that simply “talks” to each other without hours of debugging.
Au Kamada Power, we engineered our 48V 10kWh Sodium-Ion Battery to eliminate this headache. Featuring an integrated PACE BMS, it offers a seamless plug-and-play experience for Deye inverters and flexible protocol reconfiguration for Victron and other systems. This delivers incredible low-temp performance without the integration struggle.
Kamada Power 48V 10kWh Home Sodium ion Battery
Compatibility Breakdown
If you are looking for a quick reference for your procurement list, here is how our sodium batteries interface with market-leading inverters.
1. Native Support (Plug & Play)
These brands are supported by the default firmware. Installation is effortless: plug in the CAN cable, select “Lithium/Sodium” mode, and the system is ready.
- Deye (Hybrid and Off-grid models) – Recommended Default
- Pylontech Standard Protocol compatible inverters
2. Field-Configurable Support (Software Selectable)
These brands require a simple protocol switch via our BMS software. This is ideal for system integrators who need granular control over their setup.
- Victron Energy (MultiPlus / Quattro series)
- SMA (Sunny Island)
- Growatt
- GoodWe
- LuxPower
Remarque : We can pre-configure these settings before shipment upon request. For brands not listed here, please contact our technical support team for a feasibility check.
Default Configuration: The Deye Advantage
When we ship our 48V 210Ah Sodium-Ion battery packs, they come pre-configured for the path of maximum efficiency. For the vast majority of our clients in Europe and the US, that path leads to Deye.
Why We Recommend Deye for Sodium-Ion
We often recommend Deye inverters for sodium-ion applications due to their wide DC input voltage range.
- The Voltage Challenge: Sodium-ion chemistry features a wider voltage curve (typically discharging down to 40V or lower) compared to traditional LiFePO4.
- The Deye Solution: Deye inverters are robust enough to handle this range efficiently, ensuring you extract the full capacity of the battery pack rather than getting cut off prematurely by a narrow voltage window.
The Plug-and-Play Experience
Time is currency on a job site. Because our PACE BMS comes pre-loaded with the standard CAN protocol used by Deye, there is no need for laptop connections or complex coding during the initial setup.
The BMS automatically broadcasts the correct Voltage and SOC (State of Charge) data. The Deye inverter reads these parameters instantly, creating a reliable “handshake” that manages charging and discharging current without triggering false alarms.
Advanced Configuration: Unlocking Victron & More
However, we know the industrial world isn’t one-size-fits-all. Many of our partners specializing in marine backup power or high-end off-grid systems rely on Victron Energy.
The “One SKU” Strategy for Distributors
Unlike “closed ecosystem” batteries that force you to stock different battery models for different inverters, we believe in an Open Architecture.
Our battery supports Multi-Protocol Switching. This means the communication protocol is not hard-coded into the silicon. Instead, it is a setting that you—the installer or distributor—can modify.
The Benefit: You can stock a single battery SKU (Stock Keeping Unit) in your warehouse. Whether your next project requires a Deye inverter for a home or a Victron system for a boat, the same battery adapts to the job.
How to Adapt the Battery (PC Configuration)
This is where the power of our PC Host Software arrive.
- Connect the battery BMS to a laptop via a standard RS232-to-USB cable.
- Open the PACE BMS configuration interface.
- Select the target protocol (e.g., Change from “Pylon/Deye” to “Victron”).
- Save the setting.
The battery is now a native Victron device. This capability empowers you to deploy across various projects without worrying about inventory mismatches.
Technical Deep Dive: Why PACE BMS Matters
You might ask, “Why does the BMS brand matter?” In the world of Sodium-Ion, the Battery Management System (BMS) is the critical link between safety and performance.
Calibrated for Sodium Chemistry
Sodium-ion cells behave differently than Lithium-ion. A single sodium cell operates safely between 2.0V and 4.0V, whereas a Lithium Iron Phosphate (LiFePO4) cell typically sits between 2.5V and 3.65V.
Standard, entry-level BMS units often fail to read these lower voltages correctly, assuming the battery is “dead” (0% SOC) when it actually has 20% usable capacity left. PACE BMS hardware is specifically calibrated for this wider voltage window, ensuring precise SOC calculation. This is crucial for applications like telecom base stations or outdoor monitoring systems, where every amp-hour counts.
Safety Remains Constant
When you perform a protocol switch, you are only changing the language the battery speaks. You are pas altering the safety limits. The BMS retains its hardware-level protections (Over-charge, Over-discharge, Short-circuit) regardless of which inverter protocol is active. This offers the perfect balance of adaptability and security.
Conclusion
In the rapidly evolving energy storage market, being locked into a single ecosystem is a risk. Our 48V Sodium-Ion Battery offers a versatile middle ground: the simplicity of plug-and-play for Deye users, and the professional control of protocol adjustment for Victron integrators.
Whether you are retrofitting a system in a freezing climate or building a new commercial ESS, this battery adapts to your equipment—not the other way around.
Ready to verify your setup? Don’t guess on your next project. Contactez nous our Engineering Team Today to request the full PACE BMS Protocol Compatibility Matrix.
FAQ
Can I adjust the BMS protocol myself, or must I return the battery to the factory?
A: You can do it yourself! We provide the PC Host Software and a step-by-step guide. With a standard communication cable and a Windows laptop, you can switch protocols (e.g., from Deye to Victron) directly in your warehouse or on the job site in minutes.
Why does my inverter show the Sodium battery at 0% when it still has voltage?
This is a voltage mapping issue common with generic settings. Because Sodium-ion batteries discharge to lower voltages than Lithium batteries, older inverter settings might “think” the battery is empty. Using the correct CAN communication protocol (Deye/Victron) solves this, as the BMS overrides the voltage reading and tells the inverter the real calculated SOC.
How does Sodium-Ion compare to LiFePO4 in extreme cold?
Sodium-ion is vastly superior in cold weather. While LiFePO4 struggles to charge below 0°C (32°F) and often cuts off completely, our Sodium-ion packs can charge and discharge effectively down to -20°C (-4°F) without needing external heating pads. This makes them the premier choice for unheated garages and outdoor enclosures in Northern Europe and North America.
What if I have an inverter brand that isn’t on your list?
Since we use the flexible PACE BMS, we can often match other brands that use standard CAN or RS485 protocols. Please send us your inverter’s brand and model manual, and our engineers will verify compatibility for you.