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Details pre-installation checks, power disconnection, correct wiring, grounding, and parameter compatibility.
Covers safe practices during operation, including moving, repairs, fire safety, and authorized servicing.
Highlights features like soft start, BMS, auto-addressing, wake-up signal, CAN/RS485 upgrade, 95% DoD, eco-friendly, LiFePO4 cathode, protection functions, parallel connection, self-cooling, low self-discharge, and compact design.
Details technical specifications including voltage, current, temperature ranges, IP rating, and design life cycle.
Explains ON/OFF states for starting and powering off the battery module for storage or transport.
Indicates battery running status with a green LED.
Red LED flashing indicates battery alarm; solid ON means battery is protected.
Six green LEDs display the current battery capacity.
Long press for 0.5s to start; long press for 5s to turn off the battery.
Provides instructions for setting the address using DIP switches.
Details DIP switch settings for various addresses and parallel configurations.
Describes using dial code for single battery set configuration.
Details DIP switch settings for multiple battery modules connected in parallel.
Explains the function of dry contact outputs for low battery and fault protection.
Describes RS485 connection for linking inverters and slave batteries.
Defines the pin assignments for the RS485 communication ports.
Explains Master/Slave communication for parallel battery packs and PC monitoring via RS485.
Illustrates how to connect multiple battery modules in parallel using RS485 communication cables.
Details RS232 connection for adjustment services by manufacturers or engineers.
Defines the pin assignments for the RS232 communication port.
Describes the usage of the CAN communication port for connecting with inverters or master battery packs.
Defines the pin assignments for the CAN communication port.
Illustrates the system configuration including PV ARRAY, Inverter, Local Load, and Public Grid.
Displays critical danger labels related to low DC voltage, arc flash, shock hazard, and provides essential safety warnings.
Shows and names essential tools like wire cutters, crimping pliers, and screwdrivers.
Lists standard package contents including battery module, terminals, and optional cables.
Specifies conditions for installation location: waterproof, temperature, ventilation, and proximity to heat sources.
Details grounding requirements using specific cables and resistance values.
Provides steps for installing battery modules into cabinets or racks, including connecting cables.
Guides on powering on the battery modules, checking cables, identifying the master module, and pressing the power button.
Describes the procedure for safely powering off the battery modules and the system.
Explains how to connect and configure multiple battery groups in parallel for system expansion.
Addresses issues where the battery cannot turn on, detailing causes like low capacity or over-discharge and solutions.
Covers scenarios where the battery is on but cannot charge/discharge due to temperature, current limits, or voltage issues.
Details troubleshooting for low voltage, cell voltage issues, red LED faults, buzzer alarms, and direct power-on scenarios.
Provides immediate actions for exposure to leaking electrolyte, including inhalation, eye, and skin contact procedures.
Instructs on fire safety, recommending dry powder or CO2 extinguishers and moving the battery to a safe area.
Advises on handling wet or submerged batteries, recommending contacting support and cutting off inverter power.
Emphasizes careful handling of damaged batteries, advising to pack them in original containers and return them to the dealer.
Guides on proper disposal and recycling of batteries according to local regulations.
Outlines maintenance requirements, including periodic charging, connection checks, and environmental suitability for IP20 systems.
General| Model | LP1800 Series |
|---|---|
| Cycle Life | 3000 cycles at 80% DoD |
| Communication | CAN bus |
| Protection | Over Voltage, Under Voltage, Over Current, Short Circuit, Over Temperature |
| Capacity | 1800Wh |
| Chemistry | LiFePO4 |
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