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產品特性

了解 SL100XA | SL113XA 電池測試系統 –
電芯級系列

電芯是所有電池系統的基本元件，其特性將直接影響電池系統的功能、效能和安全性。 因此，您需在開發電芯的早期階段，進行完整的測試和特性分析。 為此，是德科技提供可靠的測試系統，讓您能獲得準確、可重現的量測結果。 電芯級系列（SL1002A、SL1004A、SL1007A、SL1132A 和 SL1133A）又稱為電芯測試儀，可模擬汽車和工業應用使用之電池的供電與受電能力。

  • 具出色的能源再利用功能，即便是進行多通道耐久性測試，也能經濟有效地運作
  • 模組化配置 – 可任意調整通道數，以因應不斷變化的需求
  • 您可使用 Scienlab 儲能設備檢測（ESD）軟體，輕易地控制測試工作台，包括對測試系統、待測裝置（DUT）、溫度或氣候試驗室進行控制
  • 體積輕巧，可節省現場運作空間
  • 每個通道均整合電化學阻抗譜（EIS）功能 – 可透過程控方式直接加入測試程序，無需改變待測物的接觸方式（選配）

以出色效能執行所有應用

為協助您評估未來電池系統的特性並將電芯最佳化，是德科技提供可靠的測試系統，以提供準確且可重現的量測結果。

單電池樣本級

  • 在研發、製造和品管階段，選擇電芯化學和材料（以及高達 8 V 的 HV 材料），進行特性分析和最佳化
  • 結合使用參考電極，可同時分析數百個電芯樣本的特性，例如圓柱電池、鈕扣電池，以及實驗室電池
  • 電極製程確認：定電流和定電位測試方法、循環伏安法等
  • 確認電容、能源、功率、電壓、內部電阻、效率

電芯級

  • 藉由確認內部電阻、效率、電容、循環壽命和日曆壽命、溫度變化的反應以及機械阻力，對電池進行精確的特性分析
  • 執行全面測試和個別測試
  • 執行效能和續航力測試

Scienlab 實驗室

了解綜合電池測試解決方案（CBTS）的功能

Scienlab Combined Battery Test System by Extended GmbH on Sketchfab

主要規格

輸出電壓：

-6 至 +6 V

輸出電流：

±150 μA 至 ±1,600 A

電流動態範圍：

<1 ms

電流量測準確度：

<0.05%

找到符合您需求的型號

上一個
SL1002A
Solution for testing battery cells with an output power up to ±3.6 kW and a voltage range up to 6 V. 
入門價  
Test System with up to 36 Channels. The Keysight SL1002A provides sink and source with 0 to 6 V, 100 to 600 A, 0.6 to 3.6 kW and 36 channels for battery cells.
SL1004A
適用於測試單顆電池的解決方案，輸出功率高達 ±0.04 kW，電壓範圍高達 6 V 
入門價  
Keysight SL1004A 提供電源輸出和輸出功能，具有 -2 至 +8 V 的電壓範圍、±5 A 的電流、±0.04 kW 的功率，以及 16 個通道，方便您進行單顆電池測試。
SL1007A
適用於測試單顆電池的解決方案，輸出功率高達 3.6 kW，電壓範圍高達 6 V 
入門價  
Keysight SL1007A 測試系統具有多達 64 個通道。 電壓範圍：±25 A、±50 A、±75 A、±100 A、±200 A、±300 A、±400 A、±600 A
SL1133A
Solution for testing battery cells with an output power up to ±3 kW and a voltage range up to 6 V. 
入門價  
The Keysight SL1133A provides sink and source with 0 to 6 V, ±500 A, ±3 kW and 24 channels for battery cells.
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推動電動交通未來發展的關鍵

是德科技 Scienlab 電池測試解決方案可協助您加速開發並驗證電池。 從電芯化學到電池組，選用是德科技全方位解決方案是致勝關鍵：

擴充您的 Scienlab 電池測試系統 - 電芯級功能

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精選資源

Data Sheets 2023.02.28

SL1002A Battery Test System Cell Level 600 A

SL1002A Battery Test System Cell Level 600 A

The SL1002A Scienlab Battery Test System Cell Level is a capable cell tester with 0.05% accuracy and the ability to characterize cells: internal resistance, mechanical resistance, efficiency, capacity, cyclical life, and calendar life spans.

2023.02.28

Data Sheets 2023.04.19

SL1004A Battery Test System Cell Sample Level 5 A

SL1004A Battery Test System Cell Sample Level 5 A

The SL1004A Scienlab Battery Test System Cell Sample Level can simultaneously test up to eight cells. Common tests include capacity, internal resistance, state of charge and cyclic voltammetry.

2023.04.19

Data Sheets 2022.08.03

SL1133A Scienlab Combined Battery Test Solution – Cell Level – Up to ±1000 A, 24 Channels

SL1133A Scienlab Combined Battery Test Solution – Cell Level – Up to ±1000 A, 24 Channels

The Scienlab Combined Battery Test Solution (CBTS) is an innovative, flexible and efficient solution for characterizing and testing battery cells. The space-saving combination of power electronics, test chamber and a sophisticatedly developed DUT holder not only enables the testing of large quantities of cells in the smallest space but is also flexible in use. Thanks to the adaptable DUT fixtures, different types of Batteries can be tested. The defined fixtures ensure accurate measurement results.

2022.08.03

Data Sheets 2023.06.20

SL1007A Battery Test System Cell Level 600 A

SL1007A Battery Test System Cell Level 600 A

The SL1007A Scienlab Battery Test System Cell Level enables you to test battery cells accurately and productively for automotive and industrial applications. The bidirectional power supply charges and discharges your cells under test with very high efficiency.

2023.06.20

Data Sheets 2020.11.02

SL1132A Scienlab Scienlab Battery Test Solution – Up to ±25 A

SL1132A Scienlab Scienlab Battery Test Solution – Up to ±25 A

The SL1132A Scienlab Battery Test Solution is an innovative, compact, and efficient solution for characterizing and testing battery cells. The space-saving combination of power electronics, test chamber and sophisticatedly developed cell holders not only enables the testing of large quantities of cells in the smallest space but is also flexible in use. The defined fixtures accept a range of pouch cells, ensuring accurate measurement results.

2020.11.02

Data Sheets 2020.12.16

SL1070A Scienlab Test Bench Guard

SL1070A Scienlab Test Bench Guard

Keysight's SL1070A Scienlab Test Bench Guard (TBG) is an essential safety feature for operating battery test stands. It monitors the system to supervise the status and actions of the test stand. A safety programmable logic controller (PLC) is the backbone of the system.

2020.12.16

Brochures 2024.05.16

E-Mobility: Innovative Design and Test Solutions

E-Mobility: Innovative Design and Test Solutions

Keysight offers design and test solutions to help you create more efficiency and reliability in the entire e-mobility ecosystem, from the electric vehicle (EV) and EV supply equipment (EVSE), to the battery packs, modules and cells.

2024.05.16

White Papers 2022.11.15

Developing Batteries for Electric Heavy-Duty Fleets

Developing Batteries for Electric Heavy-Duty Fleets

Electrified heavy vehicles need batteries with higher energy density to pack more energy per unit volume to enable them to carry their load for the long haul. Creating batteries with the right cell chemistries for such heavy-duty fleets requires proper design validation and battery testing at the cell, module, and pack levels. Find out how future electrified fleets with powerful batteries play a vital role in the evolving vehicle-to-grid e-mobility ecosystem.

2022.11.15

White Papers 2023.11.29

Advanced Electrochemical Impedance Spectroscopy (EIS) for Battery Testing

Advanced Electrochemical Impedance Spectroscopy (EIS) for Battery Testing

In this paper the electrical characterization of cells using calibrated and accurate electrochemical impedance spectroscopy (EIS) in a wide frequency range with micro-Ohm resolution is presented. The obtained EIS data is interpreted by electrochemical circuitry modeling. The EIS results are put into perspective of materials science and electrochemical lab methods.

2023.11.29

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