News
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Do You Need to Replace the Gauge Module After Swapping Your EV’s Lithium Battery?
Many electric vehicle (EV) owners face confusion after replacing their lead-acid batteries with lithium batteries: Should they keep or replace the original “gauge module”? This small component, standard only on lead-acid EVs, plays a key role in displaying battery SOC (S...Read more -
How to Choose the Right Lithium Battery for Your Tricycle
For tricycle owners, selecting the right lithium battery can be tricky. Whether it’s a “wild” tricycle used for daily commuting or cargo transport, the battery’s performance directly impacts efficiency. Beyond the battery type, one component often overlooked is the Batte...Read more -
How Does Temperature Sensitivity Impact Lithium Batteries?
Lithium batteries have become an indispensable part of the new energy ecosystem, powering everything from electric vehicles and energy storage facilities to portable electronics. Yet, a common challenge faced by users worldwide is the significant impact of temperature on...Read more -
Tired of Sudden EV Breakdowns? How Does Battery Management System Fix the Issue?
Electric vehicle (EV) owners worldwide often encounter an annoying issue: sudden breakdowns even when the battery indicator shows remaining power. This problem is mainly caused by lithium-ion battery over-discharge, a risk that can be effectively mitigated by a high-perf...Read more -
DALY “Mini-Black” Smart Series-Compatible BMS: Empowering Low-Speed EVs with Flexible Energy Management
As the global low-speed electric vehicle (EV) market booms—covering e-scooters, e-tricycles, and low-speed quadricycles—demand for flexible Battery Management Systems (BMS) is surging. DALY’s newly launched "Mini-Black" smart series-compatible BMS addresses this need, su...Read more -
Low-Voltage BMS: Smart Upgrades Power 2025 Home Storage & E-Mobility Safety
The low-voltage Battery Management System (BMS) market is accelerating in 2025, driven by surging demand for safe, efficient energy solutions in residential storage and e-mobility across Europe, North America, and APAC. Global shipments of 48V BMS for home energy storage...Read more -
Why Lithium-Ion Batteries Fail to Charge After Discharge: Roles of Battery Management System
Many electric vehicle users find their lithium-ion batteries unable to charge or discharge after being unused for over half a month, leading them to mistakenly think the batteries need replacement. In reality, such discharge-related issues are common for lithium-ion batt...Read more -
BMS Sampling Wires: How Thin Wires Accurately Monitor Large Battery Cells
In battery management systems, a common question arises: how can thin sampling wires handle voltage monitoring for large-capacity cells without issues? The answer lies in the fundamental design of Battery Management System (BMS) technology. Sampling wires are dedicat...Read more -
EV Voltage Mystery Solved: How Controllers Dictate Battery Compatibility
Many EV owners wonder what determines their vehicle's operating voltage - is it the battery or the motor? Surprisingly, the answer lies with the electronic controller. This critical component establishes the voltage operating range that dictates battery compatibility and...Read more -
Relay vs. MOS for High-Current BMS: Which Is Better for Electric Vehicles?
When selecting a Battery Management System (BMS) for high-current applications like electric forklifts and tour vehicles, a common belief is that relays are essential for currents above 200A due to their high current tolerance and voltage resistance. However, advance...Read more -
Why Does Your EV Shut Down Unexpectedly? A Guide to Battery Health & BMS Protection
Electric vehicle (EV) owners often face sudden power loss or rapid range degradation. Understanding the root causes and simple diagnostic methods can help maintain battery health and prevent inconvenient shutdowns. This guide explores the role of a Battery Management S...Read more -
How Solar Panels Connect for Maximum Efficiency: Series vs Parallel
Many people wonder how rows of solar panels connect to generate electricity and which configuration produces more power. Understanding the difference between series and parallel connections is key to optimizing solar system performance. In series connec...Read more
