Engtin nge lead-acid battery te hi i balance thin?

Buckets effect: Bucket pakhatin tui a vawn theih zat chu a stave tawi ber ah a innghat a ni.

Battery ram chhungah chuan buckets effect hmuh tur a awm a: battery pack performance chu voltage hniam ber cell-ah a innghat a ni. Voltage balancing a that loh chuan phenomenon hi a thleng a, battery chu charging hun rei lote hnuah fully charged a ni.

Battery voltage balancing chungchang hi engtin nge kan hmachhawn ang a, an dam chhung pawh an ti rei ang?

Traditional approach: 1.1. 

Manual Periodic Inspection Battery voltage hniam leh voltage hniam nei battery pakhat zel charge theihna tur.

Smart approach: 1.1. 

BMS (Battery Management System) hian automatic balancing function a nei a, chu chuan charging leh discharging laiin voltage a balance thei a ni.

Automatic balancing ah hian active leh passive balancing a awm bawk.

Active balancing-ah hian charging-based leh energy-transfer-based balancing te a tel a ni.

Active balancing (energy-transfer-a innghat):

Balancing hi lossless transfer of energy hmanga tih a ni a, chu chu energy chu voltage sang zawk nei cell atanga voltage hniam zawk neia transfer a ni a, energy hloh tlem ber neiin overall voltage balance a nei thei a Chuvangin, lossless balancing an ti bawk.

 

A thatna:  Energy hloh tlem, efficiency sang, hun rei tak, current sang, effect rang tak.

A that lohna:  Complex circuitry, man to tak.

Active balancing (charging-based):

Monitoring cell sensor tin chhungah DC/DC power module a awm a. Float charging lai hian module chuan voltage hniam ber cell chu a charge tihpun nan a charge a, set voltage balance a thlen thlengin a charge thin.

 

A thatna:  Undercharged emaw lower-performing cells te tan targeted charging.

A that lohna:  DC/DC power module mamawhna avanga senso sang, overcharging risk (judgment dik lo pawh awm thei), failure point awm thei avanga maintenance cost sang.

Passive balancing (discharging-based):

Passive balancing hian a tlangpuiin resistor hmanga voltage sang zawk cells a discharge a, overall voltage balance a thlen theih nan heat angin energy a chhuah tir a, chu chuan charging process chhungin cell dangte chu charging time tam zawk a pe thei a ni.

 

A thatna:  Discharge current hniam, technology rintlak, cost-effective.

A that lohna:  Discharge hun rei lo, slow effect.

A tawi zawngin, tuna lead-acid battery atana BMS hman mek hian passive balancing a hmang tam ber. Nakin lawkah chuan DFUN hian hybrid balancing a rawn luh tir dawn a, hei hian charging hmangin high-voltage cells discharging leh low-voltage hmangin a balance dawn a ni.