SEPLOS POLO S 51.2V 100AH Battery System
Specifications and Installation Guide
Manufacturer: DONGGUAN SEPLOS TECHNOLOGY CO., LTD.
Introduction
This battery system is applicable for both home and commercial energy storage systems, assembled from 3.2V 50Ah lithium-iron-phosphate cells in a 16S1P configuration and accompanied by the SEPLOS Smart BMS. Each unit supports parallel connection of up to 16 packs for easy capacity expansion. Do not mix batteries of different brands or models in parallel.
Functions
- Battery Voltage Calculation: 16 battery voltage tests, with a deviation of ± 20 mV.
- Battery and Ambient Temperature Detection: Features 4 battery temperature sensors, 1 ambient temperature sensor, and 1 MOS temperature sensor, with an accuracy of ±2 °C.
- Battery Capacity and Cycle Times: Perform a complete charge and discharge cycle to determine actual capacity. Monitor remaining battery capacity with an estimated accuracy of within 5% deviation. The charging and discharging cycle time and the full charge/discharge cycle time can be set.
- Intelligent Cell Balancing: Charging and balancing strategies can be flexibly set to effectively extend battery life.
- Communication Interface: Allows PCs or intelligent peripherals to monitor battery data, control operation, and set parameters via telemetry, remote signaling, remote setting, remote control, and other commands. The communication protocol complies with YD/T 1363.3 and supports cascading communication.
- Historical Data Recording and Reading: In case of abnormal battery status, real-time battery status and alarm information are recorded and stored. Up to 500 historical fault data can be stored.
- Battery Management System (BMS) Parameter Settings: Within the battery monitoring system, parameters such as cell overvoltage/undervoltage, battery pack overvoltage/undervoltage, overcurrent during charging and discharging, high/low battery temperature, battery capacity, operating mode, and charging/discharging current limits can be set.
- Operating Mode: Charging and discharging current limitation, constant voltage output, direct output, and other operating modes can be set in the monitoring interface.
- Multiple Protection Functions: Includes hardware protection, battery protection, high and low temperature protection, output short-circuit protection, etc.
Specifications
3.1 Appearance and Interface
The system features a modular design with clear interface ports. Dimensions are approximately 630.0 mm (width) x 470.0 mm (height) x 200.0 mm (depth).
3.2 Electrical Schematic
The electrical schematic illustrates the connection of the battery pack to the BMS (MCU), including voltage sampling, equalization, pre-charge module, current limiting module, discharge/charge MOS tubes, temperature sensors, communication module, and LCD module. It shows connections to B+, B-, P+, P-, and various signal lines.
3.3 Parameters
| Parameter | Specification |
|---|---|
| Energy Capacity (kWh) | 5.12 kWh |
| Configuration | 16S1P |
| Nominal Voltage (V) | 51.2 V |
| Operating Voltage (V) | 42 V ~ 58.4 V |
| Nominal Capacity (Ah) | 100 Ah |
| Nominal Charging/Discharging Current (A) | 50 A at 25 ± 2 °C |
| Maximum Charging Current | 100 A at 25 ± 2 °C |
| Maximum Discharging Current | 100 A at 25 ± 2 °C |
| Operating Temperature | 0 ~ 40 °C (charging), -20 ~ 40 °C (discharging) |
| Max. Ambient Humidity (%) | 5 ~ 80% |
| Altitude Limit (m) | 0 - 3000 m |
| Cell Balancing Method | Passive |
| Dimensions (mm) | 630 x 470 x 270 mm |
| Storage Temperature and Humidity | -10 °C ~ 35 °C (for up to one month of storage), 25±2°C (for storage exceeding one month) with 65% ± 20% RH |
| Weight | 50 kg ± 5 % |
| Cycle Life | 70% of standard capacity after 4800 cycles at 25 °C and 80% DOD (50 A charging and discharging current) |
| IP Protection Rating | IP20 |
| Communication Mode | CAN & RS485 |
| Certifications | CE, RoHS, UN38.3, 2023/1542 |
Protection Parameters
3.4.1 Cell Overvoltage Protection Parameters
| Function | Status | Item | Default | Configurable Range |
|---|---|---|---|---|
| Overvoltage Protection | Warning Before Overvoltage | Warning Before Overvoltage | 3500 mV | Cancel Warning Before Overvoltage - Overvoltage Protection |
| Cancel Warning Before Overvoltage | 3400 mV | 3000 mV - Warning Before Overvoltage | ||
| Protection Against Overvoltage | Warning Before Undervoltage | 2700 mV | Undervoltage Protection - Cancel Warning Before Undervoltage | |
| Cancel Warning Before Undervoltage | 2900 mV | Warning Before Undervoltage - 3300 mV | ||
| Overvoltage Protection | Protection Against Overvoltage | 3650 mV | Warning Before Overvoltage - 4500 mV | |
| Cancel Protection Against Overvoltage | 3400 mV | Cancel Warning Before Overvoltage - Protection Against Overvoltage | ||
| Recovery Condition for Overvoltage Protection | N/A | Cell voltage drops to the recovery threshold. Remaining capacity is less than 96% of the interrupted power supply. Both conditions must be met. Output current ≥ 1A. | ||
3.4.2 Cell Undervoltage Protection Parameters
| Function | Status | Item | Default | Configurable Range |
|---|---|---|---|---|
| Undervoltage Protection | Protection Against Undervoltage | 2500 mV | 1500 mV - Recovery From Undervoltage | |
| Cancel Protection Against Undervoltage | 2700 mV | Undervoltage Protection - Warning Before Undervoltage | ||
| Undervoltage Protection Condition | N/A | When an individual cell voltage drops below the protection threshold, the BMS maintains communication with the inverter for 1 minute and then shuts down. Input current ≥ 1A. | ||
3.4.3 Battery Overvoltage Protection Parameters
| Function | Status | Item | Default | Configurable Range |
|---|---|---|---|---|
| Battery Overvoltage Protection | Warning Before Overvoltage | Warning Before Overvoltage | 56.0 V | Cancel Warning Before Overvoltage - Protection Against Overvoltage |
| Cancel Warning Before Overvoltage | 54.0 V | 53.0 V - Warning Before Overvoltage | ||
| Protection Against Overvoltage | Warning Before Undervoltage | 43.2 V | Protection Against Undervoltage - Cancel Warning Before Undervoltage | |
| Cancel Warning Before Undervoltage | 46.4 V | Warning Before Undervoltage – 55.0 V | ||
| Protection Against Overvoltage | Protection Against Overvoltage | 57.6 V | Warning Before Overvoltage – 60.0 V | |
| Cancel Protection Against Overvoltage | 54.0 V | Cancel Warning Before Overvoltage - Protection Against Overvoltage | ||
| Recovery Conditions for Overvoltage Protection | N/A | 1. Cell voltage drops to the recovery threshold. 2. Remaining capacity is less than 96% of the interrupted power supply. Both conditions must be met. Output current ≥ 1A. | ||
3.4.4 Battery Undervoltage Protection Parameters
| Function | Status | Item | Default | Configurable Range |
|---|---|---|---|---|
| Battery Undervoltage Protection | Protection Against Undervoltage | 40.0 V | 36.0 V - Recovery From Undervoltage | |
| Cancel Protection Against Undervoltage | 43.2 V | Protection Against Undervoltage - Warning Before Undervoltage | ||
| Undervoltage Protection Condition | N/A | When the total voltage drops below the voltage protection threshold, the BMS maintains communication with the inverter for 1 minute and then shuts down. Input current ≥ 1A. | ||
3.4.5 Cell High/Low Temperature Parameters (Charging)
| Function | Status | Item | Default | Configurable Range |
|---|---|---|---|---|
| Cell Temperature (Charging Prohibited) | Warning Before High Temperature | 50 °C | Cancel Warning Before High Temperature - Overheat Protection | |
| Cancel Warning Before High Temperature | 47 °C | 35 °C - Warning Before High Temperature | ||
| Protection Against High Temperature (Charging) | 55 °C | Cancel Protection Against Overheating - 80 °C | ||
| Cancel Protection Against High Temperature | 50 °C | Cancel Warning Before High Temperature - Overheat Protection | ||
| Warning Before Low Temperature | Warning Before Low Temperature (Charging) | 2 °C | Low Temperature Warning - Cancel Low Temperature Warning | |
| Protection Against Low Temperature | 5 °C | Low Temperature Warning - 10 °C | ||
| Cancel Protection Against Low Temperature | -10 °C | -20 °C - Cancel Protection Against Low Temperature | ||
| Cancel Warning Before Low Temperature | 0 °C | Low Temperature Protection - Cancel Low Temperature Warning |
3.4.6 Cell High/Low Temperature Parameters (Discharging)
| Function | Status | Item | Default | Configurable Range |
|---|---|---|---|---|
| Cell Temperature (Discharging Prohibited) | Warning Before High Temperature | 52 °C | Cancel Warning Before High Temperature - Overheat Protection | |
| Cancel Warning Before High Temperature | 47 °C | 35 °C - Warning Before High Temperature | ||
| Protection Against High Temperature | 55 °C | Cancel Protection Against Overheating ~ 80 °C | ||
| Cancel Protection Against High Temperature | 50 °C | Cancel Warning Before High Temperature - Overheat Protection | ||
| Warning Before Low Temperature | Warning Before Low Temperature | -10 °C | Low Temperature Protection - Cancel Warning Before Low Temperature | |
| Protection Against Low Temperature | 3 °C | Low Temperature Warning - 10 °C | ||
| Cancel Protection Against Low Temperature | -15 °C | -30 °C - Cancel Protection Against Low Temperature | ||
| Cancel Warning Before Low Temperature | 0 °C | Low Temperature Protection - Cancel Warning Before Low Temperature |
3.4.7 Ambient High/Low Temperature Parameters
| Function | Status | Item | Default | Configurable Range |
|---|---|---|---|---|
| Ambient Temperature Protection | Warning Before High Temperature | 50 °C | Cancel Warning Before High Temperature - Protection Against High Temperature | |
| Cancel Warning Before High Temperature | 47 °C | -20 °C - Cancel Warning Before High Temperature | ||
| Protection Against High Temperature | 60 °C | Protection Against High Temperature - 80 °C | ||
| Cancel Protection Against High Temperature | 55 °C | Cancel Warning Before High Temperature - Protection Against High Temperature | ||
| Warning Before Low Temperature | Warning Before Low Temperature | 0 °C | Low Temperature Protection - Cancel Warning Before Low Temperature | |
| Cancel Warning Before Low Temperature | 3 °C | Low Temperature Warning - 60 °C | ||
| Protection Against Low Temperature | -10 °C | -30 °C - Cancel Warning Before Low Temperature | ||
| Cancel Protection Against Low Temperature | 0 °C | Low Temperature Protection - Cancel Warning Before Low Temperature |
3.4.8 MOSFET Transistor High/Low Temperature Parameters
| Function | Status | Item | Default | Configurable Range |
|---|---|---|---|---|
| MOSFET Temperature | Warning Before High Temperature | 90 °C | Cancel Warning Before High Temperature - Protection Against High Temperature | |
| Cancel Warning Before High Temperature | 85 °C | 60 °C - Warning Before High Temperature | ||
| Protection Against High Temperature | Protection Against High Temperature | 100 °C | High Temperature Warning - 120 °C | |
| Cancel Protection Against High Temperature | 85 °C | Cancel Warning Before High Temperature - Protection Against High Temperature |
3.4.9 Charging Current Limit Parameters
| Function | Status | Item | Default | Configurable Range |
|---|---|---|---|---|
| Current Limit (Charging) | Active Current Limit | OFF | 10 A | When charging current ≥ 10 A, the current limit is activated. |
| Passive Current Limit | ON | N/A | If the charging current exceeds the warning value for overcurrent, the current limit is activated. Upon activation, the BMS will re-check the current and decide whether to maintain the current limit. | |
| Charging Current Limit Time Delay | 5 minutes | N/A | N/A |
3.4.10 Charging Over Limit Parameters
| Function | Status | Item | Default | Configurable Range |
|---|---|---|---|---|
| Warning Before Overcurrent (Charging) | Warning Before Overcurrent | 105 A | Cancel Warning Before Overcurrent - Protection Against Overcurrent During Charging | |
| Cancel Warning Before Overcurrent | 95 A | 0A - Warning Before Overcurrent During Charging | ||
| Overcurrent Protection (Charging) | Overcurrent Protection | 112 A | 0A ~ 150 A | |
| Overcurrent Protection Time Delay | 10 s | Configurable | ||
| Overcurrent Protection Recovery Conditions | N/A | The BMS detects any output discharge current. After 60 seconds, the protection automatically resets. | ||
| Effective Charging Current | Charging Current (in) | 1000 mA | N/A | |
| Effective Charging Current | Charging Current (out) | 700 mA | N/A |
3.4.11 Discharging Over Limit Parameters
| Function | Status | Item | Default | Configurable Range |
|---|---|---|---|---|
| Warning Before Overcurrent (Discharging) | Warning Before Overcurrent | -105 A | Overcurrent Protection - Cancel Warning Before Overcurrent | |
| Cancel Warning Before Overcurrent | -103 A | Warning Before Overcurrent - 0A | ||
| Overcurrent Protection (Discharging) | Overcurrent Protection | -110 A | Protection Against High Current During Discharging - 0A | |
| Overcurrent Protection Time Delay | 10 s | Configurable | ||
| Overcurrent Protection Recovery Conditions | N/A | The BMS detects any input charging current. After 60 seconds, the protection automatically resets. |
3.4.12 Transient (Peak) Overlimit Parameters
| Function | Status | Item | Default | Configurable Range |
|---|---|---|---|---|
| Overcurrent Protection (Peak) | Overcurrent Protection | N/A | -250 A | Protection Against High Current During Discharging - 300 A |
| Time Delay for Peak Overcurrent | ON | 30 ms | Configurable | |
| Cancel Overcurrent Protection | OFF | N/A | The BMS detects any input charging current. After 60 seconds, the protection automatically resets. | |
| Overcurrent Fuse | Number of Overcurrent Protection Cycles for Lockout | 5 times | Exceeding the number of overcurrent protection cycles. | |
| Cancel Overcurrent Fuse | Connect to Charger | N/A | N/A |
3.4.13 Short Circuit Parameters
| Function | Status | Item | Default | Configurable Range |
|---|---|---|---|---|
| Short Circuit Protection | Short Circuit Protection and Time Delay | ON | N/A (Programmed in software, not adjustable) | Cannot be turned off. |
| Cancel Short Circuit Protection | N/A | The BMS detects any input charging current. After 60 seconds, the protection automatically resets. | ||
| Short Circuit Fuse | N/A | Permanent short circuit in the output circuit. | ||
| Number of Short Circuit Protection Cycles for Lockout | 5 times | Exceeding the number of overcurrent protection cycles. | ||
| Effective Discharge Current | Discharge Current (in) | -1000 mA | Connect to Charger | |
| Effective Discharge Current | Discharge Current (out) | -700 mA | N/A |
3.4.14 Cell Balancing Parameters
| Function | Status | Item | Default | Configurable Range |
|---|---|---|---|---|
| Cell Balancing (Equalization) | Balancing in Standby Mode | Balancing in Standby Mode | N/A | If no charging or discharging current flows, balancing in standby mode is activated. |
| Standby Time | 10 hours | Configurable | ||
| Charging Equalization | N/A | Charging equalization is activated when in charging or float charging state. | ||
| Activation Voltage | 3350 mV | Configurable | ||
| Activation Conditions for Cell Balancing | Voltage Difference | 30mV | Configurable | |
| End Voltage | 20mV | Configurable | ||
| Cell Failure | Temperature | N/A | Based on temperature range without equalization (ambient temperature). | |
| High Temperature | 50 °C and above | Configurable | ||
| Low Temperature | 0 °C and below | Configurable | ||
| Voltage Difference | 500 mV and above | Configurable | ||
| Recovery | 300 mV and below | Configurable |
3.4.15 Remaining Capacity Parameters
| Capacity | Item | Default | Configurable Range |
|---|---|---|---|
| Nominal Capacity | N/A | 100 Ah | 5-100 Ah |
| Remaining Capacity | Calculated based on cell voltage | N/A | Configurable |
| Lower Limit of Normal Cycle Discharge | 20% | Configurable | |
| Warning for Low Remaining Capacity | N/A | 15% | Configurable |
3.4.16 Other Parameters
| Function | Status | Item | Default | Configurable Range |
|---|---|---|---|---|
| Pre-charge | N/A | 2000ms | 0-5000 ms | The "pre-charge" function is activated after BMS startup. |
| BMS in Standby Mode | ON | Longest Standby Time | 48 hours (when not connected to charger; no charging in progress) | N/A |
| Heating | N/A | Heating Start Temperature | 10 °C | Configurable |
| N/A | Heating Stop Temperature | 0 °C | Configurable | |
| Heating Function Activation | ON | N/A | Upon connection to charger and reaching the set cell temperature, the heating function is activated. Heating is off in standby and discharge states. | |
| External Switch | OFF | N/A | N/A | The BMS can be turned on/off via external switches in standby mode. |
| LCD Display | ON | N/A | N/A | Monitoring software for cell voltage, temperature, and current. |
| Charging Activation | ON | 1 minute | Configurable | The BMS shuts down due to undervoltage protection. Press the button to restore the protection status and activate output current. |
| Impedance Compensation | Impedance on Connection Failure | N/A | 10mΩ | Default value is between 8 and 9. |
| Impedance Compensation 1 | N/A | 0mΩ | Battery connection cable impedance compensation. | |
| Impedance Compensation 2 | N/A | 0mΩ | 13 |
Communication
4.1 CAN Communication
The BMS transmits information via the CAN interface with a transmission rate of 500Kb/s. The CAN interface uses RJ45 (8p8c) connectors. The CAN connector communicates with the inverter. RS485 collects information about parallel batteries, and then CAN transmits battery information to the inverter/control center.
CAN Connector Pinout:
| Pins | Function |
|---|---|
| 1, 2, 7, 8 | NC (No Connection) |
| 4 | CAN-L |
| 5 | CAN-H |
| 3, 6 | GND (Ground) |
4.2 RS485
The BMS can collect battery information through RS485 communication with a transmission rate of 19.2Kb/s. The RS485 interface also uses RJ45 (8p8c) connectors.
RS485 Connector Pinout:
| PINS | DEFINITION |
|---|---|
| 1/8 | RS485-B |
| 2/7 | RS485-A |
| 3/6 | GROUND |
| 4/5 | Internal Communication (NC) |
4.3 Parallel Data Connection
When connecting batteries in parallel using RS485 connectors, the CAN connector acts as the main communication interface. End devices (inverters, regulators) can obtain the collected battery information via the CAN or RS485 interface. The parallel RS485 connection uses a standard network patch cable.
4.4 DIP Switch
DIP Address: If batteries are connected in parallel, the DIP address identifies each battery. The Seplos POLO-S battery with BMS version 3.0 features automatic DIP addressing, eliminating the need to set the battery via DIP switches. Refer to section 7.2 for more information on parallel operation of multiple batteries.
Working Modes
5.1 Charging Mode
When a charger is detected and its voltage is 0.5V higher than the battery voltage, the BMS activates the charging MOSFETs. Upon reaching the effective charging current, it switches to charging mode (refer to Table 3.3.10).
5.2 Discharging Mode
If a load is detected and the discharge current reaches the effective discharge current value, the BMS enters discharging mode.
5.3 Standby Mode
If the BMS system is not in charging or discharging mode, it enters standby mode.
5.4 Shutdown Mode
The BMS enters shutdown mode after 48 hours of normal standby mode or upon triggering undervoltage protection. To completely shut down the battery, use the main switch or an external switch.
Conditions for waking up from shutdown mode:
- 1) Charging activation
- 2) 48V active voltage
- 3) Pressing the start button
LED Indicator
6.1 LED Lights
The system includes one running indicator (green), one warning indicator (red), and four charge status indicators (green).
6.2 Capacity Indicators
The table below describes the LED status for charging and discharging based on capacity.
| Status | Capacity | Charging | Discharging | ||||||
|---|---|---|---|---|---|---|---|---|---|
| L4 | L3 | L2 | L1 | L4 | L3 | L2 | L1 | ||
| Charge Status | 0-25% | OFF | OFF | OFF | Blinking | OFF | OFF | OFF | Green |
| 25%-50% | OFF | OFF | Blinking | Green | OFF | OFF | Green | Green | |
| 50%-75% | OFF | Blinking | Green | Green | OFF | Green | Green | Green | |
| ≥75% | Blinking | Green | Green | Green | Green | Green | Green | Green | |
| Operation | Running | Green | Blinking | ||||||
6.3 LED Signal Explanation
Explanation of LED blinking patterns:
| Blinking Type | LED On Time | LED Off Time |
|---|---|---|
| Blinking A | 0.25S | 3.75S |
| Blinking B | 0.5S | 0.5S |
| Blinking C | 0.5S | 1.5S |
6.4 Operating Status Indicators
The following table details the operating status indicators for the battery.
| Battery Mode | Operating Status | Operation | Alarm | SOC (State of Charge) | REMARK | ||||
|---|---|---|---|---|---|---|---|---|---|
| Standby Mode | Sleep | OFF | OFF | OFF | OFF | OFF | OFF | OFF | Standby Mode |
| In Operation | Blinking A | OFF | OFF | OFF | OFF | OFF | Standby Mode | ||
| Charging | In Operation | Green | OFF | Based on remaining capacity | Blinking LED B | ||||
| Warning Before Overcurrent | Green | Blinking B | Based on remaining capacity | Blinking LED B | |||||
| Overvoltage Protection | Blinking A | OFF | OFF | OFF | OFF | OFF | |||
| Thermal and Overcurrent Protection | Blinking A | OFF | OFF | OFF | OFF | OFF | |||
| Discharging | In Operation | Blinking C | OFF | Based on remaining capacity | |||||
| Warning | Blinking C | Blinking C | Based on remaining capacity | ||||||
| Thermal Protection, Overcurrent Protection, Short Circuit Protection | RED | OFF | OFF | OFF | OFF | OFF | Discharge stopped and no action to force sleep after 48 hours when power is off. | ||
| Undervoltage Protection | OFF | OFF | OFF | OFF | OFF | No discharge | |||
Installation Components
The following components are included with the battery system:
| NO. | Item | Quantity | Photo Description |
|---|---|---|---|
| 1 | Battery Box | 1 KS | A white rectangular unit with a display screen and control buttons. |
| 2 | Bottom Cover / Stand | 1ks | A flat white panel, possibly for mounting or as a base. |
| 3 | Caster Wheel | 4ks | A black and silver wheel with a mounting bracket, designed for mobility. |
| 4 | Top Cover | 6ks | A white panel, likely for covering the top of the battery unit. |
Installation Instructions
6.6 Installation Guidelines
Check the battery status before installation.
7. Installation Instructions
- Do not place or fix the battery on flammable building materials.
- It is recommended to hang the battery on a vertical wall.
- The temperature should be between 10 °C and 30 °C for optimal operating conditions.
- Ensure adequate space around the battery for heat dissipation at the installation site. The location should be suitable for installation on concrete or other non-flammable surfaces, as shown in the diagram below. The diagram shows battery stacks with 50cm clearance on each side.
7.1 Connecting Multiple Batteries
Turn off the battery before connecting. The diagram shows multiple battery units connected in series and parallel to an inverter.
7.2 DIP Settings
The Seplos POLO-S battery features the latest BMS version 3.0, enabling automatic addressing for parallel batteries. For automatic addressing, follow a consistent procedure when connecting data cables. The parallel cable used is a standard network patch cable.
- The last (slave) battery has its RS485-1 port connected to the RS485-2 port of the master battery. The diagram shows a cable connecting these ports.
- The first (master) battery has its RS485-2 port connected to the previous (slave) battery. The CAN/RS485 port is used for communication with the inverter. The diagram shows connections for DIP switches, ADS, CAN/RS485, RS485-1, RS485-2, and RESET.
7.3 Starting the Battery
The battery is started by briefly pressing the reset button with a thin object (e.g., pen tip, small screwdriver). After pressing, the battery starts, the display lights up, and an LED test is performed. To turn off the battery, press and hold the RESET button for a longer duration.
7.4 Communication Protocol Settings
The battery supports communication protocols for inverters. The table lists compatible inverters and their corresponding protocols:
| Inverter | Protocol | Corresponding Protocol Switching Function |
|---|---|---|
| Pylon | CAN | Pylon_CAN |
| Growatt | CAN | Growatt_CAN |
| Goodwe | CAN | Goodwe_CAN |
| Sofar | CAN | Sofar_CAN |
| SMA | CAN | SMA_CAN |
| Victron | CAN | Victron_CAN |
| Studer | CAN | Studer_CAN |
| Ginlong | CAN | Ginlong_CAN |
| Voltronic | RS485 | Voltronic_485 |
| SRNE | RS485 | SRNE_485 |
| Growatt | RS485 | Growatt_485 |
| Pylon | RS485 | Pylon_485 |
| Deye | RS485 | Deye_485 |
The communication protocol is selected via the battery's display. The process involves navigating to the 'Protocol' submenu and selecting the desired CAN or RS485 protocol, for example, CAN for Victron inverters.
Safety Precautions
- Installation should be performed by a qualified professional.
- Do not use a damaged product.
- For indoor use only.
- In case of fire involving the battery or its surroundings, never use water-based extinguishing agents.
- If the transport packaging is damaged in any way, conduct a thorough inspection of the battery.
- Do not stack batteries on top of each other.
- Observe battery and port polarity.
- Ensure proper insulation of equipment and correct use of tools and equipment.
- The installation location must be kept away from fire and flammable materials, ensuring ventilation and dryness. Batteries must not be placed in environments with humidity higher than specified by the manufacturer.
- Do not disconnect battery terminals while the battery is in operation.
- Fully charge a new or long-unused battery using the designated charger.
- Do not open, bend, puncture, or strike the battery.
- Do not immerse the battery in water, seawater, beverages, or other liquids. Keep away from fire, explosive materials, or other hazardous objects.
- Prevent battery short circuits; no metal or conductor should touch the terminals.
- Do not drop the battery. If dropped, especially onto a hard surface, contact the service center.
- Only qualified personnel authorized by the manufacturer should open the battery.
- If any signs of electrolyte leakage appear, prevent direct contact with skin or eyes. If contact occurs, wash the affected area with plenty of water and seek medical attention.
- Do not incinerate or throw batteries into fire, as this may cause a battery fire.
- Dispose of the battery at an designated collection point at the end of its life. Never dispose of it with regular waste.
Technical Support
Importer in the Czech Republic:
Efteria, spol. s r.o., K Rybníku 378, 252 42 Jesenice
Email: info@battery-import.cz
Website: www.battery-import.cz
The batteries are manufactured in accordance with Regulation (EU) 2023/1542 of the European Parliament and of the Council on batteries and waste batteries.
Certifications: CE marking, RoHS compliance, UN38.3 certification.
Recycling Symbol: ♻️ (WEEE symbol - crossed-out wheeled bin)
