DALY Smart BMS 8S-16S 100A
BMS LiFePO4 16S 100A for home energy storage. This product is a BMS system specifically designed for energy storage batteries. It utilizes an integrated design and integrates power collection, management, communication and other functions into a single unit. With integration as the design concept, this BMS product can be widely used in indoor and outdoor battery energy storage systems, such as home energy storage, photovoltaic energy storage, communication energy storage, etc.
It can be compatible with common inverter communication protocols in the market, can be easily set up through mobile APP, can also be set up through host computer. For home energy storage, it supports the following communication protocols, such as Deye, Growatt, Sofar, Victron energy, SMA, MUST, Aiswei, Sacolar, Solark, Xtender, GOODWE.
Advantages of DALY Smart BMS LiFePO4 8S-16S 100A:
- Automatic coding - convenient and stable communication
- Any parallel connection
- Mobile app support
- Adaptation to common inverter protocols on the market
- Efficient heat dissipation - advanced design
Technical specifications:
- Rated discharge current: 100A
- Rated charging current: 100A
- Charging voltage: 3.65V
- Balance turn-on voltage: 3.4V
- Protection voltage against overcharging of one cell: 3.65±0.05V
- Total overcharge protection voltage: =3.6±0.8V
- Total overcharge protection delay: 1±0.8s
- Total over-discharge protection voltage: =2.75±0.8V
- Total discharge protection delay: 1±0.8s
- SOC release of remaining capacity: ＜96%
- Discharge current release: ＞1A
- Short-circuit protection current: 1000/2000A
- Short circuit protection delay: 300±200uS
- High temperature charging protection: 60±2℃
- High temperature charging protection delay: 1±0.8s
- Release of high temperature protection during charging: 55±2℃
- High temperature discharge protection: 65±2℃
- High temperature protection delay during discharge: 1±0.8s
- High temperature discharge protection release: 60±2℃
- High temperature environmental protection: 70±2℃
- SOC alarm: ＜10%
- Internal resistance: <20mΩ
- Self-power consumption during operation: ≤60mA (with display) ≤45mA (without display)
- Sleep mode power consumption: <800uA
- Sleep time: 3600s
- Communication: UART, CAN, RS485, Bluetooth
- Current detection accuracy: ≤3%FSR
- Voltage detection accuracy: ≤15mV
- Temperature detection accuracy: ≤2℃ (normal temperature)
- SOC accuracy: (≤5%@50% capacity or higher)
- Information storage: Store a maximum of 10,000 - including protection time, current total voltage, current, temperature, SOC, etc.
- Operating temperature: -40℃~85℃
- Storage temperature: 40℃~85℃
- Weight: 540±100g
- Size WxHxD: 300 x 26.3 x 100mm
Installation
Step 1:
Connect the cable: The first cable (black wire) is connected to the negative terminal of the battery, the second cable (red wire) is connected to the positive terminal of the first row of batteries, and the third cable (red wire) is connected to the positive terminal of the second row of batteries. And so on until all cables are connected.
Step 2:
Check the cables: After connecting the cables, measure the voltage between two adjacent cables to make sure there are no faulty or missing connections in the cable welding sequence.
Step 3:
Attach the BMS, measure and confirm that the voltage between the B- and P- BMS is correct, and then insert the cable into the BMS.
Step 4:
Plug in the NTC cable and finally use the B+ interface of the BMS.
Step 5:
After completing the above steps, the BMS can be switched on for operation. Otherwise, perform the above steps again.
