LAB-GSSH | High Power Bidirectional DC Supplies from ETPS Ltd.


Max. Volt. Output	1500V
Min. Power	40kW
Max. Power	3MW
Technology	Bidirectional
Case Style	Cabinet
Quotation Datasheet Any questions? Click here

The LAB-GSSH is an innovative DC high power system. Operating in quadrants 1 & 4 the LAB-GSSH can operate as either a DC Source or DC Electronic Load. When load testing the excess sink energy is not wasted as heat. Instead the output it is inverted from DC to AC and synchronised back to the grid.

The modular format means the system can be reconfigured or expanded to meet changing test requirements. In-built dedicated system comms allow users to switch between various set-ups. Parallel, series or matrix configurations are all possible. Each slave module can operate independently providing unrivalled flexibility. Various standard and optional interfaces are available for remote control. A number of parameters are user adjustable including internal resistance as well as voltage and current slopes.

Complex waveforms can be created and implemented by the embedded function generator. Standard sine, square and sawtooth shapes can be plotted against time for voltage, current and power outputs. High system dynamics allow fast switching of quadrants. The bidirectional characteristics make the LAB-GSSH ideal for testing high power automotive applications.

Behaviour and stability of complex on-board electric vehicle power systems can be tested under a variety of programmable conditions. Previously recorded test data can be imported and replicated so that a real track driving test can be accurately simulated in the lab. A dedicated battery cycling GUI is available which allows users to emulate standard and complex battery charge/discharge algorithms. Live test data can be recorded, reviewed and replicated. Systems are available up to 3MW. Lab racks and flight case integrations are available on request. Did you know...

The LAB-GSSH is comprised of our LAB-GSS units.
The LAB-GSSH mains ReGen capability allows the unit to return the load power to the grid where it would usually be dispensed as heat. Feeding the grid in this manner is compliant with EN50438 and VDEO126. Its ER G59-3 testing meets the requirements for connection to UK mains.

Product Family

Part Number	Nominal Power	Source Voltage Q1	Sink Voltage Q4	Current Range
LAB-GSSH 20-65-2	40kW	0 - 130VDC	6 - 130VDC	0 to ±770A
LAB-GSSH 32-65-2	64kW	0 - 130VDC	6 - 130VDC	0 to ±1200A
LAB-GSSH 32-65-3	96kW	0 - 195VDC	6 - 195VDC	0 to ±1800A
LAB-GSSH 32-65-4	128kW	0 - 260VDC	6 - 260VDC	0 to ±2400A
LAB-GSSH 32-65-8	256kW	0 - 520VDC	6 - 520VDC	0 to ±4800A
LAB-GSSH 20-130-2	40kW	0 - 260VDC	12 - 260VDC	0 to ±384A
LAB-GSSH 32-130-2	64kW	0 - 260VDC	12 - 260VDC	0 to ±616A
LAB-GSSH 32-130-3	96kW	0 - 390VDC	12 - 390VDC	0 to ±924A
LAB-GSSH 32-130-4	128kW	0 - 520VDC	12 - 520VDC	0 to ±1232A
LAB-GSSH 32-130-8	256kW	0 - 1040VDC	12 - 1040VDC	0 to ±2464A
LAB-GSSH 20-400-2	40kW	0 - 800VDC	50 - 800VDC	0 to ± 126A
LAB-GSSH 32-400-2	64kW	0 - 800VDC	50 - 800VDC	0 to ± 200A
LAB-GSSH 32-400-3	96kW	0 - 1200VDC	50 - 1200VDC	0 to ± 300A
LAB-GSSH 32-400-4	128kW	0 - 1500VDC	50 - 1500VDC	0 to ± 400A
LAB-GSSH 32-400-8	256kW	0 - 1500VDC	50 - 1500VDC	0 to ± 800A
LAB-GSSH 20-500-2	40kW	0 - 1000VDC	40 - 1000VDC	0 to ± 100A
LAB-GSSH 32-500-2	64kW	0 - 1000VDC	40 - 1000VDC	0 to ± 160A
LAB-GSSH 32-500-3	96kW	0 - 1500VDC	40 - 1500VDC	0 to ± 240A
LAB-GSSH 32-500-4	128kW	0 - 1500VDC	40 - 1500VDC	0 to ± 320A
LAB-GSSH 32-500-8	256kW	0 - 1500VDC	40 - 1500VDC	0 to ± 640A
LAB-GSSH 20-600-2	40kW	0 - 1200VDC	50 - 1200VDC	0 to ± 80A
LAB-GSSH 32-600-2	64kW	0 - 1200VDC	50 - 1200VDC	0 to ± 132A
LAB-GSSH 32-600-3	96kW	0 - 1500VDC	50 - 1500VDC	0 to ± 198A
LAB-GSSH 32-600-4	128kW	0 - 1500VDC	50 - 1500VDC	0 to ± 264A
LAB-GSSH 32-600-8	256kW	0 - 1500VDC	50 - 1500VDC	0 to ± 528A

Use the Add button to add a unit to your QuoteCart.
You can check your QuoteCart by hovering your mouse over the "QuoteCart" button.
Different output ranges and application/user specific options are possible. Please contact ETPS to discuss your requirements.