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Cinergia EL+40 VAC EPLUS | Regenerative electronic AC load, 40 kW, platform: ePLUS; transformer: without

Manufacturer number: EL+40 VAC EPLUS

EL+40 VAC EPLUS
EL+40 VAC EPLUS
EL+40 VAC EPLUS
EL+40 VAC EPLUS
Series
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Highlights Technical Data Documents / Downloads Description Related Articles

Cinergia EL+40 VAC EPLUS | Regenerative electronic AC load for emulating the electrical behavior of passive and active devices, 40 kW, platform: ePLUS; transformer: without

Technical Data

Documents & Downloads

Catalog
Produktkatalog
pdf | 1.98 MB
Datasheet
EL-Plus-vAC-ePlus
pdf | 1.23 MB

Description

EL+40 VAC EPLUS | Regenerative electronic AC load, 40 kW, platform: ePLUS; transformer: without

The Cinergia EL+ vAC ePlus series is an advanced range of regenerative, programmable electronic AC loads that accurately simulate the behavior of electrical loads and generators. Thanks to its bi-directional, regenerative architecture, energy consumed during test operation can be efficiently fed back into the grid. This not only reduces energy consumption, but also the thermal load and operating costs. With 13 models ranging from 7.5 kW to 160 kW, the series offers a scalable solution for laboratory, development and industrial applications. It is fully remote controllable via Modbus/TCP and Ethernet and can be easily integrated into test environments.

The EL+ vAC ePlus series is designed for a wide range of test and development tasks where a flexible, precise and efficient AC load is required. Typical fields of application are:

  • Testing and validation of AC sources, UPS systems and grid simulations
  • Testing of charging infrastructure and energy converters in electromobility
  • Simulation of grid disturbances, voltage dips, harmonics and transients
  • Development and research in the field of smart grids, power quality and avionics
  • Performance testing in academic and industrial laboratories

Model description: EL+ 40 vAC

The EL+ 40 vAC is a powerful model in the mid-range segment of the series and ideal for applications that require high precision and dynamics with moderate power requirements. With a rated power of 40 kW and a rated current of 58 A per phase (or 174 A three-channel), it offers an excellent balance of energy efficiency, control precision and robustness. Like all models in the series, it uses a 4-quadrant IGBT topology, which allows both energy consumption and feedback to the grid. The device operates with a power factor above 0.98, a THDi below 3% and an efficiency of ≥ 92%. This makes it particularly suitable for grid simulations, inverter tests and applications with non-linear load profiles. It can be operated locally via an intuitive 4.3″ touch display or remotely via Ethernet (Modbus TCP). Numerous analog and digital I/O interfaces enable integration into hardware-in-the-loop environments and test automation. With dimensions of around 770 × 450 × 1100 mm and a weight of around 200 kg, the device remains compact and optimized for continuous operation. Thanks to master/slave operation, several units can be connected in parallel to increase the overall performance.

Product features of the series:

  • Bidirectional, regenerative AC load with energy feedback into the grid
  • 13 models with rated outputs from 7.5 kW to 160 kW
  • Power factor > 0.98 and THDi < 3 %
  • High efficiency: ≥ 92 % for models from 40 kW
  • Four operating modes: Current control (CC), power control (CP/CS), impedance (CZ) and steps mode
  • Independent control of current, phase angle, harmonics and transients per phase
  • Up to 50 programmable harmonics per phase (20 of which are freely definable)
  • 4.3″ touchscreen with visualization, configuration and data logging
  • Communication via Ethernet (Modbus-TCP), RS485 and analog/digital I/O ports
  • Parallel switchable via master/slave system via fiber optic cable
  • CE-certified according to EN-50178, EN-62040-1, EN-62040-2 and RoHS-compliant
  • Low noise level < 52 dB(A) with forced air cooling

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About the Manufacturer

Cinergia
Cinergia

Cinergia is a leading developer of regenerative power converters for the test and measurement sector, offering solutions for electromobility, renewable energies, smart grids, as well as research, validation, and end-of-line testing. The portfolio includes AC power supplies and grid simulators from 500 VA to 1 MVA, including for the simulation of high-power AC grid conditions.

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