Inverter Compatibility

LiFePO4 Battery Inverter Compatibility List High Voltage & Low Voltage ESS

Verified inverter compatibility for Rakour's full LiFePO4 HV and LV battery range. All models support CAN/RS485 BMS protocols for seamless integration with Deye, Growatt, and other leading hybrid inverters. Contact us for wholesale or OEM support.

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Rakour LiFePO4 Battery Inverter Compatibility List page showing High Voltage and Low Voltage ESS models with CAN/RS485 BMS protocol support for Deye, Growatt, and other hybrid inverters — with Request A Quote and Contact Us CTA buttons.

How to Use This Compatibility List

This page helps distributors, system integrators, and project procurement teams quickly identify which LiFePO4 battery models are compatible with specific inverter brands and power ratings. Each entry includes verified communication protocol (CAN or RS485), battery voltage range, and recommended module configuration. If your inverter model is not listed, contact our engineering team — we support custom BMS pairing and OEM integration for wholesale orders.

Diagram illustrating what inverter compatibility means for LiFePO4 batteries — showing three alignment dimensions: DC voltage range matching, CAN or RS485 BMS communication protocol support, and inverter rated current within battery maximum discharge limits

What "Compatible" Means for LiFePO4 Battery + Inverter Pairing

Compatibility between a LiFePO4 battery and an inverter requires alignment across three dimensions: (1) voltage range — the inverter's DC input must match the battery system's operating voltage; (2) BMS communication protocol — the inverter must support CAN or RS485 to receive real-time charge/discharge commands from the BMS; (3) current capacity — the inverter's rated current must not exceed the battery's maximum discharge rating. All products on this list have been tested and verified by our factory engineering team.

Rakour ESS battery BMS communication protocol diagram showing CAN via RJ45 port for high-speed inverter data exchange, RS485 for multi-battery parallel address control, and built-in WIFI for mobile app remote monitoring — compatible with Deye, Growatt, and major B2B solar hybrid inverters

Supported Communication Protocols: CAN, RS485 & WIFI

Our ESS battery BMS supports three communication protocols: CAN (via RJ45 port, for high-speed inverter data exchange), RS485 (for multi-battery parallel address control), and built-in WIFI (for remote monitoring via mobile app). This triple-protocol design ensures compatibility with the widest range of mainstream hybrid inverters on the market, including Deye, Growatt, and other major brands used in B2B solar projects.

Low Voltage LiFePO4 Battery Compatibility — LV Series

Our Low Voltage LiFePO4 battery series (LV) is optimized for 48V-class hybrid and off-grid inverters commonly used in residential and small commercial energy storage systems. Supporting CAN and RS485 BMS communication protocols, the LV series connects seamlessly to mainstream inverter brands for automatic charge/discharge management. All LV models support up to 15 units in parallel (address-configurable via DIP switch), making them ideal for scalable wholesale ESS projects.

Inverter Connection

Connects via RS485-1 or CAN port to inverter BMS
Transmits real-time SOC, voltage, temperature & fault data
Compatible with 48V Hybrid and Off-Grid inverter types
Host battery (ADDR = 1) interfaces directly with the inverter
Up to 14 slave units connected via internal RS485-2 bus
Supports major inverter brands without additional hardware

DIP Address Setting & Protocol Switching

Host battery assigned address 1, connects directly to inverter
Slave units sequentially addressed 2–15 via RS485-2 port
Maximum 15 units supported per installation
Protocol (CAN or RS485) switchable via built-in touchscreen
No extra hardware needed for protocol changes
Compatible with a wide range of inverter platforms

Parallel Wiring Tip

Use staggered terminal method for balanced current distribution
Connect upper-left (+) to lower-right (−) or vice versa
Verify voltage difference ≤ 1V between all units before connecting
Recommend batteries within 1 year of the same production date
Prevents uneven loading and reduces thermal stress
Extends overall cycle life of the energy storage system

High Voltage LiFePO4 Battery Compatibility — HV Series

Our High Voltage LiFePO4 battery series (HV) is designed to work with high voltage inverters across a wide power range — from 20kW to 80kW+. Built on a stackable modular architecture, each HV system consists of multiple 51.2V battery modules in series with a BCU (Battery Control Unit), covering an operating voltage range of 185.6V up to 979.2V. All HV models are wholesale-ready with CE, UN38.3, and MSDS certifications, and support up to 4 parallel sets for scalable ESS deployment.

HV Series Inverter Communication

Communicates via CAN port (RJ45) following CAN/RS485 protocol
BMS dynamically controls charge voltage, discharge cut-off & current limits
Compatible with Deye HV, Growatt HV, Deye 29.9K–80K inverters
Built-in WIFI remote monitoring via mobile app (200Ah / 280Ah / 314Ah)
Supports both CAN and RS485 protocol switching per inverter brand
Certified: CE · UN38.3 · MSDS · IEC62619

Scalable Voltage & Capacity Range

Four models available: 100Ah / 200Ah / 280Ah / 314Ah
Voltage range scales from 204.8V up to 980V depending on module count
Module count configurable: 4–10 units (100Ah) up to 5–17 units (280Ah)
Total capacity spans 20.48 kWh to 243.71 kWh across all models
Each module features built-in fan cooling and IP20 protection
Minimum ≥8,000 cycle life with LiFePO4 cell chemistry

Parallel Expansion & System Deployment

Supports up to 4 parallel sets for scalable commercial ESS deployment
Soft-start circuit built-in — compatible with inverters without soft-start
Voltage difference between parallel units must be ≤ 1V before connecting
Batteries in parallel should share a production date within 1 year
First-time installation: fully charge all units to balance capacity gap
Suitable for household and commercial high-voltage energy storage applications

BMS Communication Protocol Guide — CAN & RS485

A properly configured ESS battery BMS communication protocol is the foundation of a safe and efficient system. Our batteries use a dual-protocol RJ45 port supporting both CAN (PIN4: CAN-H, PIN5: CAN-L) and RS485 (PIN1: RS485-B, PIN2: RS485-A), allowing compatibility with the widest range of high voltage and low voltage inverter brands. The BMS dynamically transmits battery state data — including SOC, voltage, temperature, and fault status — to the inverter for real-time charge/discharge control.

CAN Protocol: Recommended for High Voltage Inverter Pairing

CAN (Controller Area Network) communication is the recommended protocol for high voltage LiFePO4 battery systems paired with inverters such as Deye SUN series. The CAN port enables fast, bidirectional BMS-to-inverter communication, supporting functions including dynamic charge current adjustment, discharge cut-off voltage control, and BMS fault relay. All HV series batteries use the CAN port on the BCU module for inverter connection.

RS485 Protocol: Flexible for Multi-Battery Parallel & LV Systems

RS485 is widely supported by 48V-class inverters and is the standard protocol for low voltage LiFePO4 battery systems. In multi-battery parallel configurations, RS485-1 connects the host battery to the inverter, while RS485-2 manages internal communication between the host and up to 14 slave batteries. This architecture ensures stable BMS address control without interference from inverter communication traffic.

Wholesale & OEM Compatibility Support

We are a factory-direct LiFePO4 battery manufacturer offering wholesale and OEM services for distributors, EPC contractors, and system integrators worldwide. All products on this compatibility list are available for bulk order with OEM branding, custom BMS parameter configuration, and pre-set inverter pairing. Our engineering team provides free technical support including wiring diagrams, inverter setup guides, and BMS protocol documentation. Minimum order quantities and lead times vary by model — contact us for a wholesale quotation.

Request a Custom Compatibility Check

Don't see your inverter brand or model listed? Submit your inverter specifications — including DC input voltage range, communication protocol, and rated power — and our engineering team will confirm compatibility within 24 hours. We support custom BMS pairing for Deye, Growatt, SolarEdge, Victron, and other major inverter brands for wholesale project deployments.

Certifications & Quality Assurance

All our LiFePO4 battery ESS products are certified to CE, UN38.3, MSDS, and IEC62619 standards. Products are manufactured with LiFePO4 chemistry for ≥8,000 cycle life, 5-year warranty, and a 90% DOD usable capacity. Factory audit, sample testing, and third-party inspection arrangements are available for wholesale buyers prior to bulk order.

LiFePO4 Battery Inverter Compatibility

Which inverter brands are compatible with your LiFePO4 batteries?

Our LiFePO4 high voltage and low voltage batteries have been tested and verified with Deye (SUN-29.9K, SUN-50K, SUN-80K series) and are compatible with Growatt, Victron, and other inverters supporting CAN or RS485 BMS communication. Contact us for your specific inverter model check.

Do your batteries support both CAN and RS485 communication?

Yes. All HV and LV series batteries include a dual-protocol RJ45 port supporting both CAN and RS485. The host battery connects to the inverter via CAN or RS485-1; RS485-2 handles internal parallel battery communication independently.

How many battery modules do I need for my inverter's power rating?

The number of modules determines your system voltage. Match your inverter's DC input voltage range to the battery configuration table above. Our engineering team provides free configuration support for all wholesale orders — simply share your inverter model and project capacity target.

Can I order with custom BMS settings pre-configured for my inverter?

Yes. We offer OEM and wholesale services including factory pre-configuration of BMS parameters (charge voltage, discharge cut-off, communication address) matched to your specific inverter brand and model. This eliminates on-site setup time for installers and reduces project risk.

Technical & Confidence-Driven

Built for High-Demand. Verified for the Field. Subtitle: Every HV Series model ships CE · UN38.3 · MSDS · IEC62619 certified. Request your datasheet or speak with our technical team today.

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