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Summary of Contents for MMD 25.6V200Ah
- Page 1 One-stopBatteryEnergyStorageSolutions User Manual LiFePO4 Battery MMD Solar Residential Battery...
- Page 2 mmd.solar.co@gmail.com...
- Page 3 2.All information in this user manual, including images and symbols, is proprietary to MMD Energy. Unauthorized use of any part or all of the content is strictly prohibited for individuals outside the company. 3.Considering the potential for updates and corrections to the manual content, users are advised to use the provided documentation as a reference.
- Page 4 mmd.solar.co@gmail.com...
- Page 5 Home Energy Storage Series, to prevent unauthorized individuals from approaching, engaging in improper operations,or accidents, adhere to the following conventions: 1.Erect clear signage at the switch locations of the MMD Solar products to prevent accidents caused by accidental closing. 2.Set warning signs or establish safety warning tape near the operating area to prevent unrelated personnel from approaching.
- Page 6 mmd.solar.co@gmail.com...
- Page 7 One-stopBatteryEnergyStorageSolutions User Manual LiFePO4 Battery MMD Solar Residential Battery Warranty Card mmd.solar.co@gmail.com...
- Page 8 The MMD Energy household energy storage series lithium battery module integrates MMD Energy high-capacity, high-safety lithium iron phosphate battery cells. lt adopts a stacked design with advantages in footprint and vertical space ultilization.The module incorporates a high-precision Battery Management System (BMS) unit, monitoring and collecting real-time data on voltage and temperature inside the module.
- Page 9 650*384*142 650*384*142 680*412*231 825*413*233 825*413*233 Metal Case (SPCC) Positive Terminal Negative Terminal RST Button RUN & ALARM Lighting SOC Display Lighting Dry Contact Metal Handle Communication Port LCD Display Screen DC Breaker mmd.solar.co@gmail.com...
- Page 10 mmd.solar.co@gmail.com...
- Page 11 When power is turned on again, the battery pack is charged while power is restored to the household loads. The connection diagram ofresidential LiFePO battery energy storage system Is shown in Figure 1 below: BAT+ mmd.solar.co@gmail.com...
- Page 12 mmd.solar.co@gmail.com...
- Page 13 Step1.Interruption Of Power Supply Step2.Preparation before Installation mmd.solar.co@gmail.com...
- Page 14 NOTICE: mmd.solar.co@gmail.com...
- Page 15 BAT+ mmd.solar.co@gmail.com...
- Page 16 mmd.solar.co@gmail.com...
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Page 17: Interface Introduction
Settings 200A 25.6V 1)lcon Description: Main Menu Icon, click to enter the HOME interface Main State Icon, click to enter the Main State interface Parallel Data Icon, click to enter the Parallel Data interface 2)HOME Page 3)System Settings Page mmd.solar.co@gmail.com... - Page 18 BMS Status Packs status Protect Warning Fault PROTOCOL SO FAR PROTOCOL SoFar Energy BMS CAN V 2.1.00220191204 GOODWE PROTOCOL LV BMS Protocol(CAN) for Solar Inverter Family EN_V 1.5 PYLON PROTOCOL 2.0 Pylon CAN bus protocol V 2.0.420211122 SMA PROTOCOL mmd.solar.co@gmail.com...
- Page 19 Pylon CAN bus protocol V 2.0.420211122 SMA PROTOCOL SMAFSS-Connecting Bat-TI-en-20W GROWATT_PROTOCOL Growatt BMS CAN-Bus-protocol-low-voltage-V 1.04 RS485 USER_485_VOLTRON Voltronic Inverter and BMS BMS Communication protocol 20200325(1) USER 485PYLON RS485-protocol-pylon-low-voltage-V 3.5 USER_485_LUXPOWER Lux power tek Battery Protocol Rs485_V 01 SYSTEM PACK SN LANGUAGE English Chinese mmd.solar.co@gmail.com...
- Page 20 mmd.solar.co@gmail.com...
- Page 21 mmd.solar.co@gmail.com...
- Page 22 mmd.solar.co@gmail.com...
- Page 23 mmd.solar.co@gmail.com...
- Page 24 10.Use the battery within the specified temperature range as stated in the specification. 11.Follow the specified power-up sequence for both the battery and the inverter. 12.lf the battery is left unused for more than 3 months, it needs manual charging periodically to prevent complete discharge. mmd.solar.co@gmail.com...
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