AI data centres have been hogging the limelight recently, emerging as critical national security assets. Backup response speed is seen as critical for their resilience.
They drive much higher peak power demands at significantly faster rates than traditional IT loads. Demand is far more unpredictable over the course of a day. Events such as training create large current transients, which existing grid infrastructure was not designed for.
Nyobolt’s Dynamic Response System uses their niobium‑based batteries. This allows for low impedance, long cycle life and rapid C‑rates when compared to existing technologies. The enclosure also features a battery management system and charger, responding in microseconds to transient spikes before they cause damage.
We discussed how the G5-RSS bidirectional DC power system with industry leading dynamics helped supercharge their test schedule:
6th November 2026
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G5-RSS-HC
High Current Bidirectional Power Systems
| Min | Max | |
|---|---|---|
| Power: | 0 to 9kW | 0 to 6MW This maximum is achieved by using units in master-slave. |
| Voltage: | 0 to 60VDC 60V SELV modules are optionally available. | 0 to 1280VDC Configurations >640V are possible with a centre tapped earth. |
| Current: | 0 to ±338A | 0 to ±121680A This maximum is achieved by using units in master-slave. |
| Standard Control: | Analogue, Ethernet, USB |
|---|---|
| Optional Control: | Touchscreen HMI, CAN, EtherCAT |
With the ability to source or sink DC power up to high voltage and currents, the G5-RSS-HC is ideal for cycling and emulating energy storage devices. Modules are stackable to 6MW with mains recycling.
Quick View
G5-RSS
HV Modular Bidirectional DC Power Systems
| Min | Max | |
|---|---|---|
| Power: | 0 to 9kW | 0 to 6MW This maximum is achieved by using units in master-slave. |
| Voltage: | 0 to 500VDC | 0 to 3000VDC Configurations >1500V are possible with a centre tapped earth. |
| Current: | 0 to ±54A | 0 to ±19440A This maximum is achieved by using units in master-slave. |
| Standard Control: | Analogue, Ethernet, USB |
|---|---|
| Optional Control: | Touchscreen HMI, CAN, EtherCAT |
With the ability to source or sink DC power up to high voltage and currents, the G5-RSS is ideal for cycling and emulating energy storage devices. Modules are stackable to 6MW, with voltages up to 3000V possible.
