News

  • Caught in a Rainstorm While Charging Outdoors: Will Your Battery Charger Survive?

    Caught in a Rainstorm While Charging Outdoors: Will Your Battery Charger Survive?

    Quick Answer: It depends entirely on your equipment. If you are using a standard indoor charger, a sudden downpour will likely cause a catastrophic short circuit, permanently destroying the charger and potentially damaging your battery. However, if you are using an outdo...
    Read more
  • How to Verify BMS–Inverter Compatibility Before Integration

    How to Verify BMS–Inverter Compatibility Before Integration

    If your BMS and inverter both have CAN or RS485, that does not automatically mean they can communicate correctly. Exact inverter brand and model Required communication interface Protocol information or available communication documentation Battery chemistry and S count/system voltage Information...
    Read more
  • 100mA vs 1A Balancing Current: What Does Your LiFePO4 Battery Pack Need?

    100mA vs 1A Balancing Current: What Does Your LiFePO4 Battery Pack Need?

    Quick Answer A 1A balancing-current rating is ten times higher than 100mA. But that does not mean a 1A BMS will always balance a battery pack ten times faster—or that 1A is automatically the better choice. Does the same cell repeatedly move away from the others? How m...
    Read more
  • Why Do Parallel LiFePO4 Battery Packs Show Different Current?

    Why Do Parallel LiFePO4 Battery Packs Show Different Current?

      Quick Answer When several LiFePO4 battery packs operate in parallel, the current shown for each pack may not always be identical. If four packs supply 120A in total, 120A ÷ 4 = 30A per pack. 30A is useful as a reference average, but it does not mean every pack mu...
    Read more
  • Can You Use a Lead-Acid Charger on a LiFePO4 Battery?

    Can You Use a Lead-Acid Charger on a LiFePO4 Battery?

    Quick Answer: No. Using a lead-acid charger on a LiFePO4 battery is highly dangerous and will permanently damage the lithium cells. Lead-acid chargers use a continuous float charge and often feature a high-voltage desulfation mode, both of which will trigger the lithium ...
    Read more
  • How Does an Inverter Receive Battery Data From Multiple BMS Units?

    How Does an Inverter Receive Battery Data From Multiple BMS Units?

    Quick Answer When several LiFePO4 battery packs operate in parallel, each pack may have its own BMS and its own SOC, voltage, current, temperature and status data. The key question is not simply whether all BMS units can communicate. It is: what battery information does...
    Read more
  • Great NEWS

    Great NEWS

      DALY BMS-S Series & Charger Named a 2026 IDEA Professional Finalist Recognized by the International Design Excellence Awards under DALY’s “Aesthetics Meets Quality” design philosophy. Dongguan, ChinaSeptember 16, 2026   DALY (Dongguan Daly Electronics Co., Ltd...
    Read more
  • How Multiple BMS Units Communicate in a Parallel Energy Storage System

    How Multiple BMS Units Communicate in a Parallel Energy Storage System

    Quick Answer: Power Connection and BMS Communication Are Different When several battery packs operate in parallel, connecting them on the DC power side does not automatically connect their BMS units on the communication side. For the DALY 4th Gen Home Energy Storage BM...
    Read more
  • Why Parallel LiFePO4 Battery Packs Show Different SOC—and What to Check

    Why Parallel LiFePO4 Battery Packs Show Different SOC—and What to Check

    Quick Answer: Different SOC Does Not Automatically Mean a Battery Fault If parallel LiFePO4 battery packs show different SOC values, do not start by forcing the displayed percentages to match. First compare the packs under the same operating condition. Check SOC together with pack voltage, pack ...
    Read more
  • 12V vs 24V vs 48V Energy Storage Systems: How Voltage Changes BMS Selection

    12V vs 24V vs 48V Energy Storage Systems: How Voltage Changes BMS Selection

    Quick Answer: Choose the Battery Architecture Before You Choose the BMS A 12V, 24V, or 48V label does not tell you which BMS to buy. The system voltage is part of the battery and inverter architecture, and it changes the battery current required for the same power demand. System power Nomina...
    Read more
  • How to Choose the Right BMS Current for a LiFePO4 Battery and Inverter

    How to Choose the Right BMS Current for a LiFePO4 Battery and Inverter

    ENERGY STORAGE · BMS CURRENT SIZING Choosing a BMS for a LiFePO4 energy storage system is not as simple as matching inverter power with a 100A, 150A, or 200A BMS. The correct BMS current depends on the battery-side current the inverter actually requires—not the invert...
    Read more
  • How to Choose the Right BMS Current for an E-Rickshaw in India

    How to Choose the Right BMS Current for an E-Rickshaw in India

    Guide Overview If you are building an electric motorcycle battery for the Indian market, BMS selection should start with the battery system and controller requirements rather than the motor-power label alone. Confirm the battery chemistry and exact series-cell count, ...
    Read more
123456 Next > >> Page 1 / 26

CONTACT DALY

  • Address: No. 14, Gongye South Road, Songshanhu science and Technology Industrial Park, Dongguan City, Guangdong Province, China.
  • Number : +86 13215201813
  • time: 7 Days a week from 00:00 am to 24:00 pm
  • E-mail: dalybms@dalyelec.com
  • DALY Privacy Policy
Send Email