Backup power system atana battery pack capacity testing atan hian tunah hian hmanraw lian pahnih a awm a, chungte chu Traditional capacity testing leh remote online capacity testing te an ni.
Traditional capacity testing hi dummy load-te chu kut hmanga connect-in, dispersed application site-a battery pakhat zel enfiah leh verify-naah a innghat a ni. Hetiang method hian practical operations-ah hian thil pawimawh pathum a hmachhawn a ni.
Hriselna chungchanga ngaihtuahna
Capacity test hmain operator-te chuan offline status a awm theih nan busbar-a battery pack-te chu an disconnect a ngai a, hei hian he process chhunga beisei loh taka power tihtawp a nih chuan power outage accident a thlen thei a ni. Chubakah, battery pack inzawm lote chuan discharge capacity testing atan dummy load-ah connection a mamawh a, hei hian lumna leh kangmei hlauhawmna nasa tak a siam a, chubakah energy a tichhe bawk a, hei hi sustainable development principles of carbon reduction nen a inmil lo hle.
Data Security chungchang
Capacity testing data manual recording hian tihsual leh tih loh a thlen ngei ang. Tin, manually recorded raw data chu a darh zau hle a, systematic organization tha lo tak a nei bawk a, hei hian a hnua data te chu comprehensive analysis leh comparison a tikhawtlai a ni.
Cost-Expenditure chungchanga thil awmte
Battery pack-te capacity testing hi hmun darh zau takah a hun hunah neih a ngai a, a bik takin battery pack tam tak awmna installation lian tak takah chuan. Hei hian hnathawhna kawngah mihring leh thil neih tam tak sem a ngai a, hei hian hun rei tak leh chhunzawm zel tur enkawlna kawngah sum lama harsatna nasa tak a siam a ni.
A chunga kan sawi takte hi traditional method nena inzawm thilte ngaihtuahin, remote online capacity testing hi capacity testing operations himna leh efficiency tihsan nan functionalities bik nen thuam a ni.
Operational Safety neih a nih theih nan hmalak
Remote online capacity testing system-ah hian real load discharge methods hman a ni a, offline load avanga beisei loh taka shutdown hlauhawmna awm thei tur venna leh heat release tam lutuk avanga himna atana hlauhawm awmte tihbo a ni. Hetiang approach hian energy humhalh leh boruak humhalhna a tipung bawk a, sustainable production concepts nen a inmil a ni.
Data Security neih theihna tur
Discharge curve slope hian battery discharge performance a tilang thei a ni. Flatter discharge curve hian a tlangpuiin stable discharge characteristics a tarlang a, chu chuan energy output mumal tak a siam thei a ni. Tin, discharge curve-te plateau region enfiah hian discharge depth hrang hrang hnuaia voltage inthlak danglamna a hmuchhuak a, hei hian battery discharge theihna tehfung a siam thei bawk.
Operational Cost tihtlem
Battery application site hrang hrangah capacity testing device dahin, network communication hmangin maintenance personnel-te chuan central station software hmangin remote-in capacity testing an nei thei a, chu chuan on-site operation neih a ngai tawh lo.
Remote capacity testing system design-naah hian core capacity testing functionalities-te ngaih pawimawh bakah, backup power application scenario-a solution kimchang zawk leh man tlawm zawk pek theihna turin battery pack online monitoring leh battery activation te ang chi feature dangte pawh dah tel a ni. Entirnan, a DFUN remote online battery capacity testing system hi operational safety, usability, leh maintenance senso tihtlem te ngaih pawimawh a ni. He system hian battery activation leh battery balancing function te a keng tel a, hei hian battery dam chhung a ti rei a, customer maintenance hmalakna a ti tlem bawk.
