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Scienlab Battery Test System

Cell Level – Up to ±600 A

SL1007A

Battery Test System | Cell Level

Systems up to 6 V | ±600 A | 3.6 kW per channel

The SL1007A Scienlab Battery Test System – Cell Level enables you to accurately and productively test battery cells

for automotive and industrial applications. The bidirectional power supply charges and discharges your cells under

test with very high efficiency.

By combining the SL1007A with cell test system software such as Keysight’s Scienlab Energy Storage

Discover (ESD), you can perform extensive standard-compliant and individual tests, as well as load and

endurance tests. This results in precise characterization of your cells by determining capacity, efficiency,

internal resistance, and cyclical life span. The SL1007A offers precise voltage, current, and temperature

measurements, and highly controlled current dynamics.

The following voltage, current and power options are available:

System Options

Voltage range 0 to 6 V

Current range ±25 A ±50 A ±75 A ±100 A ±200 A ±300 A ±400 A ±600 A

Power per channel 0.15 kW 0.3 kW 0.45 kW 0.6 kW 1.2 kW 1.8 kW 2.4 kW 3.6 kW

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SL1007A Cell Test System – Single

rack-cabinet configuration, front door

closed

SL1007A Cell Test System – Double rack-cabinet configuration, front doors

opened. Example configuration for large channel count or very high-current

system.

SL1007A Power Electronics

The SL1007A cell test system has high regeneration capabilities, allowing highly efficient, cost-effective,

and environmentally-friendly operation. Thanks to the bi-directional power supply, more than 90 % of the

discharge energy is fed back into the grid.

The SL1007A includes safety features within the power electronics preventing overheating, overcapacity,

short circuiting, and idling. It also has reverse polarity protection and monitors all internal voltages,

currents and temperatures. In the case of an emergency shutdown, contacts on the mains ensure that

there is no voltage and all internal high voltage sources are automatically discharged.