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Battery Pack Cycler

Regenerative Battery Pack Test Systems

A regenerative battery pack test system is designed to simulate and evaluate the performance, lifespan, efficiency, and overall electrical characteristics of battery pack components. These systems replicate electrical usage in electric vehicles, defense applications, energy grids, and other battery-powered equipment. As the demand for electric vehicles grows, battery testing is increasingly associated with EV applications.

One of the key benefits of regenerative battery pack test systems is their energy efficiency. These systems can return up to 90% of consumed power back to the facility, leading to significant energy savings. Avalon Test Equipment offers a wide selection of battery testers from top manufacturers like NH Research and Chroma to meet a variety of testing needs.

Key Features to Look for in a Regenerative Battery Pack Test System

A quality test system includes battery modules, connectors, and electrical components that can be configured in series to achieve custom voltage, power density, or capacity. When selecting a system, look for features such as:

  • Precision, speed, and modularity for adaptable testing
  • Battery emulation to simulate real-world conditions
  • Regenerative capabilities to improve energy efficiency
  • Comprehensive measurement functions, including power performance, capacity, resistance, and electrical characteristics
  • Advanced transient analysis and test software for streamlined reporting

Since battery pack testing varies depending on the application, renting is a cost-effective and flexible solution. Avalon Test Equipment’s industry expertise ensures that you get the right system for your testing requirements.

Understanding Battery Cells, Modules, and Packs

Battery testing involves analyzing not just the internal chemical reactions of individual cells but also how those cells function within larger components.

  • Battery cell: A single unit that converts chemical energy into electrical energy.
  • Battery module: A group of battery cells with connectors, electronics, or additional packaging.
  • Battery pack: A complete system made up of multiple battery modules with connectors, packaging, and electronic components.

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NH Research Battery Test System, 3 Test Ch. @ 12 kW each

Battery Test System, 3 Test Ch. @ 12 kW each

NH Research 9300-100 High-Voltage Battery Test System

A programmable DC power supply designed to operate as a regenerative DC load in battery pack testing with a power range of 100kW - 2.4MW. NHR 9300 high-voltage batter testers are quick, efficent, fully programmable and bi-directional DC power sources.

NH Research 9300 High-Voltage Battery Test System

A programmable DC power supply designed to operate as a regenerative DC load in battery pack testing with a power range of 100kW - 2.4MW. NHR 9300 high-voltage batter testers are quick, efficent, fully programmable and bi-directional DC power sources. A modular series, NH Research 9300 power supplies can be chained together in groups of up to 24 100kW units for a total of 2.4MW.

Chroma 17040E-1700V Regenerative Battery Pack Test System (1700V)

The Chroma Regenerative Battery Pack Test System (also searchable as Chroma Battery Tester 1700V, Chroma 1700 V battery test system, or Chroma EV battery test) is a high-voltage, bidirectional test platform designed for advanced validation of large battery packs used in electric vehicles, energy storage systems, and renewable energy applications.

Chroma17040E-850V Regenerative Battery Pack Test System (850V)

The Chroma 17040E-850V Regenerative Battery Pack Test System is a high-precision, energy-saving test platform designed for validating and cycling high-voltage battery packs used in EV, ESS, and aerospace systems. Also known as Chroma 17040 E, Chroma 17040 E 850 V, or Chroma Battery Tester 850V.

Tektronix BTS 10300 Series Battery Cycler and Test System

The Tektronix EA‑BTS 10300 is a high-voltage, high-power regenerative battery cycler and test system—designed for EV, grid, ESS, and industrial battery pack testing with up to 1.5–2 kV, 300 kW per rack, and scalability up to 3.84 MW.