News & Events
The electrifying world of programmable power systems naturally generates a whole host of stories which readers find pulsating.
A selection of updates about ETPS products, projects, sponsorships and any exhibitions we will be attending can be found below.
News Article
32kW BIDIRECTIONAL RENTAL PSUs
Our range of rental power systems has continued to expand, with a new 192kW LAB-GSS bidirectional system. With the ability to source or sink DC power up to ±480A or 1500V, this system is particularly useful for cycling and emulating battery packs. Read more
News Article
Hydrogen Fuelled
Bloodhound LSR have announced they are going to attempt their land speed record using a zero-emissions rocket fuelled by hydrogen peroxide. Read more
News Article
Characterising Magnets
To set them poles apart from the competition, Durham University needed the best test equipment available when characterising magnets. Read more
News Article
Powering Smart Grid Research
When researching second life battery packs, WMG at the University of Warwick needed a DC-DC power system to help convert their goals into reality. Read more
Our Power Systems
Programmable Power Systems
Our programmable power systems can simulate virtually any power feeding or consuming condition within a test set-up, so that individual components can be optimised. A wide range of AC/DC power, voltage and current outputs are available. Both unidirectional and bidirectional models are offered as standard.
Fixed Output Power
Due to their robust build, our fixed output power systems are trusted across many industries where manual control of output current and voltage isn’t required. Single phase, three phase and DC inputs are all available. Hot swappable modules are possible, as well as n+1 configurations.
Rental Power Systems
We maintain a range of rental systems which provide solutions to short term, urgent or unusual test requirements. Programmable power supplies, electronic loads and bidirectional PSUs are all available. The range covers both AC and DC voltage, current and power requirements.
