KNOWLEDGE CENTER
Explore technical explanations, application requirements and battery engineering documents.
45 articles · Browse by applicationThis application note addresses a narrow but field-critical subsystem in light electric vehicle (LEV) traction packs: the cell-voltage sense (balance) harness and the interpretation logic th…
This note describes, as a general mechanism, how a battery management system (BMS) in a light electric vehicle (LEV) traction pack — the class covering electric scooters, motorcycles and sim…
This note addresses two coordination mechanisms in light electric vehicle (LEV) traction systems: discharge overcurrent interaction between pack protection and motor controller demand, and c…
A workable evaluation starts with the tricycle's electrical requirements and the charger you already use, then narrows the field by chemistry, capacity, and protective electronics before any…
Yes — confirm that your charger, battery, and vehicle controller are compatible before purchasing a replacement or upgrade pack. On light electric vehicles, a mismatch in voltage, connector,…
This note examines a mechanism reported in January 2026 for connected e-bike systems: when an owner digitally marks a vehicle, or specifically its battery, as stolen, that status is stored c…
A replacement battery for a work scooter should only be ordered after the rider or fleet buyer has matched the pack to the scooter's exact model, confirmed voltage and connector compatibilit…
Daily commuting, delivery fleets and short-distance cargo transport have different load and charging patterns. Evaluate two-wheelers, cargo tricycles and compact vehicles separately; a share…
Check the complete vehicle electrical system, charger and battery installation requirements.
Prepare enclosure dimensions, connector clearance and service access for a technical fit review.
Understand the vehicle, battery and charging interfaces before planning a swapping project.