What to do if my Deye Battery Pack has overvoltage protection?
If your Deye Battery Pack experiences overvoltage protection due to the busbar input voltage exceeding the normal value, inconsistent cells, or some cells deteriorating too fast (or having too high internal resistance), and the battery cannot be recovered, contact local engineers to rectify the fault.
What to do if my Deye Battery Pack has under voltage protection?
If your Deye Battery Pack experiences under voltage protection because of a long mains power failure, inconsistent cells, or some cells deteriorating too fast (or having too high internal resistance) and the battery cannot be recovered, contact local engineers to rectify the fault.
What to do if my Deye Battery Pack has charge or discharge high temperature protection?
If your Deye Battery Pack shows a charge or discharge high temperature protection because the battery ambient temperature is too high, or there are abnormal heat sources around, and the battery cannot be recovered, contact local engineers to rectify the fault.
What to do if my Deye Battery Pack shows a BMS fault?
If your Deye Battery Pack has a BMS fault due to a loose or disconnected welding point for cell voltage sampling, a disconnected voltage sampling terminal, a blown fuse in the voltage sampling circuit, or a failed cell temperature sensor, replace the battery.
What to do if my Deye Battery Pack has electrochemical cell fault?
If your Deye Battery Pack has an electrochemical cell fault, either due to large self-discharge causing the cell to over discharge below 2.0V after long-term storage, or due to damage from external factors like short circuits, pinpricks, or crushing, replace the battery.
What to do if my Deye Battery Pack has charge low temperature protection?
If your Deye Battery Pack indicates charge low temperature protection because the battery ambient temperature is too low, and the battery cannot be recovered, contact local engineers to rectify the fault.
What to do if my Deye Battery Pack has discharge low temperature protection?
If your Deye Battery Pack indicates discharge low temperature protection because the battery ambient temperature is too low, and the battery cannot be recovered, contact local engineers to rectify the fault.
What to do if my Deye Camera Accessories show a BMS fault?
If your Deye Camera Accessories are showing a BMS fault, it could be due to a loose or disconnected welding point for cell voltage sampling, a disconnected voltage sampling terminal, a blown fuse in the voltage sampling circuit, or a failed cell temperature sensor. In any of these cases, replace the battery.
What to do if my Deye Camera Accessories have a charge or discharge high temperature protection?
If your Deye Camera Accessories battery has charge or discharge high temperature protection activated, possibly due to a high battery ambient temperature or abnormal heat sources nearby, contact local engineers to rectify the fault.
What to do if my Deye Camera Accessories have an electrochemical cell fault?
If your Deye Camera Accessories have an electrochemical cell fault, it could be due to the cell over discharging to below 2.0V after long term storage because of large self-discharge, or the cell being damaged by external factors such as short circuits, pinpricks, or crushing. In either case, replace the battery.
General| Brand | Deye |
|---|---|
| Model | Spring Series |
| Category | Battery Pack |
| Language | English |
Describes product information, installation, operation, and maintenance guidelines.
Guidance on reading and using the manual effectively for battery operations.
Important safety instructions and warnings for battery installation and use.
Safety precautions before connecting the battery and during use.
Pre-connection checks, power off, correct wiring, grounding, and parameter compatibility.
Safety measures during operation, including power off, compatibility, disassembly, and fire safety.
Overview of the DEYE RW-F10.2 LFP battery and its applications.
Details on LFP battery chemistry, lifespan, BMS, modular design, networking, and environmental aspects.
Description of the front and side panel interface functions and ports.
Details on BMS Switch, PCS, IN/OUT ports, and LED indicators.
Information on grounding bolt and BMS protection/monitoring features.
Physical dimensions and mounting diagrams of the RW-F10.2 battery unit.
Comprehensive specifications including battery chemistry, capacity, voltage, power, and operating conditions.
Illustrations of typical system configurations and application scenarios for the battery.
Inventory of all components included in the battery package for installation.
Includes explanation of symbols, required tools, and recommended safety gear.
General precautions for indoor installation, avoiding sunlight, flammable areas, and extreme conditions.
Criteria for selecting a suitable installation location, including water proofing, flatness, and temperature.
Step-by-step guide for mounting the battery on a wall, including distance and hole marking.
Instructions for installing the battery using a floor-mounted method with supports.
Guidance on parallel connection modes for low-power and high-power systems.
Diagram of electrical connections for individual battery modules.
Instructions for connecting single, two, or three batteries to an inverter.
Checks to perform after connecting the battery, including cables, terminals, and covers.
Procedures for powering on and off the battery system safely.
Methods for monitoring battery units through inverter or separate software.
General recommendations, inspection guidelines, and cleaning procedures for the battery.
Information on maintenance-free nature, annual charging, and optimal storage conditions.
Guide to identifying and resolving common battery faults and protection issues.
Information on recycling processes for cathode, anode materials, and diaphragms.
Regulations and guidelines for the safe transport of lithium-ion batteries.
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