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Ess-neofab

A line- and system-level record of ESS and secondary-battery manufacturing processes

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  • 한국어
  • English
  • Home
  • Process
  • System
  • Interface
  • Traceability
  • News & Trends
  • About
  • Contact

카테고리

  • Interface (28)
  • News & Trends (20)
  • Process (32)
  • System (31)
  • Traceability (22)

최근 글

  • Five million ACC cells equal 2.7 to 3.6 months of nameplate outputOctober 15, 2026
  • A 160 MW battery’s six-week commissioning has two baselinesOctober 8, 2026
  • Two Cycles a Day Take 106.8 % of a Day, and the Retention Tier Shifts Cell Volume by 1.47 GWhOctober 1, 2026
  • Battwoo’s Second-Life EV Batteries — When an 80 % Acceptance Threshold Overlaps the Retirement Distribution, Incoming Screening Becomes the BottleneckSeptember 30, 2026
  • US storage set an energy record in Q2 as installed power fell 7%September 29, 2026
  • CATL Starts Trial Production in Debrecen — The Digits of the Defect-Rate Target, Not the Equipment, Set the Length of a Trial RunSeptember 29, 2026
  • 스테이션 블록 대형화 시 현장 시운전 공수를 유닛 개수 비례 약 20%와 셀·에너지 비례 약 80%로 분해한 비교 도식
    Interface,  System

    When the Station Block Grows to 62 MWh, What Actually Shrinks Is Commissioning Labor, Not Cell Count

    September 17, 2026 /

    On September 16, 2026, BYD unveiled its second-generation grid-forming station block, the "GC Block," in a maximum 10 MW/62 MWh single configuration, stating that a 1 GWh project would require approximately 17 blocks. The same announcement claimed a 69.4% reduction in BMS management complexity, a maintenance workload reduction of over 60%, and an installation/commissioning workload reduction of over 18%. Working backward from these three figures using the same assumed unit-count reduction rate (91.5% under a baseline assumption), the unit-count-proportional share of on-site commissioning labor turns out to be only about 20%, with the remaining roughly 80% proportional to cell/energy count. In other words, block enlargement is a lever that attacks…

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    ESS-neofab 2 Comments

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    엣지 AI 비전검사 인터페이스 3안 비교: 엣지 로컬 판정, 게이트웨이 집선, 클라우드 중앙집중의 응답시간과 Traceability 완전성 비교 도식

    Edge AI Vision Inspection and Battery-Pack Leak Testing: How Gateway Aggregation Affects Traceability Completeness

    August 27, 2026
    포항 LFP 양극재 출하에서 조지아 ESS 셀 라인 입고까지 45일 리드타임과 안전재고 1,138 t를 나타낸 인터페이스 도식

    45 Days from Pohang to Georgia — Safety Stock at an Intercontinental Cathode Interface Is Driven by Lead-Time Variability, Not Demand

    September 23, 2026
    배전망 ESS 1차 사업 128MW 물량이 삼성SDI 66%와 나머지 3사 34%로 배분되는 구조를 보여주는 비교 다이어그램

    128 MW of Distribution-Grid ESS Volume Allocated — Can the Battery Pack Assembly Line Absorb the Takt Time?

    September 4, 2026
  • 팩 조립 라인과 컨테이너 셸 제작 라인이 합류점 버퍼에서 만나 통합 스테이션으로 이어지는 10 GWh BESS 라인 도식, AGV 4대 산정
    Interface,  Process

    Designing the Merge Point in a 10 GWh Pack-Container Integration Line: Synchronizing Two Upstream Lines and Sizing AGV Fleet from the Powertrac × Sunka Lead Order

    September 10, 2026 /

    India's Powertrac has ordered a 10 GWh line from China's Sunka Lead in which a pack assembly line and an in-house container shell fabrication line — two upstream flows — merge at a single integrated station. In a two-input line of this kind, the first bottleneck appears not at the pack assembly takt time but at the merge point's synchronization buffer and the AGV transfer capacity linking the two flows. This article, under an assumed scenario (10 GWh/year, 5 MWh container baseline), back-calculates a container takt time of 11,880 s and a pack takt time of 247.5 s, and derives a design value of a minimum 4-unit merge-point buffer (assuming…

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    ESS-neofab 1 Comment

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    Two baselines on a six-week commissioning: 3.00x against 18 weeks, 4.17x against 25 weeks

    A 160 MW battery’s six-week commissioning has two baselines

    October 8, 2026
    셀 조립 택타임 8.79s와 화성 체류 72h로 역산한 필요 화성 채널 약 29,500개를 비교한 라인 인터페이스 도식(가정 시나리오)

    Formation Channel Sizing Read from a Cell Assembly Equipment FAT — How 1 Second of Takt Time Moves 3,350 Channels

    September 6, 2026
    LFP 고압축밀도 전환 시 캘린더링 닙압력·라인속도 인터페이스와 택타임·OEE 영향 시나리오 도식

    LFP High-Compaction-Density Conversion and the Calendering Interface: How Nip Pressure and Line Speed Affect Takt Time

    September 1, 2026
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