With the IT-M3600 Regenerative Power System, Itech brings a brand new innovative and advanced technology to the market. The Itech IT-M3600 combines a bi-directional power supply and a regenerative electronic load in one housing. Only one button is needed to switch between these two functions. This means that it can be used not only as a stand-alone power supply to provide power; but also as an independent electronic load to sink energy and feed it back to the local grid with high efficiency (up to 95%). The IT-M3600 is a ground-breaking high-tech product and eco-friendly. This by eliminating heat dissipation to a minimum level, resulting in cost savings. The regenerative IT-M3600 power system can fully contribute to the protection of the environment by reducing CO2 emissions.

Multiple channels

Breaking through traditional technological barriers gives the IT-M3600 Regenerative Power System its flexible modular design, resulting in an ultra-compact housing of only 1U half-rack. It supports multi-channel output configurations where each channel can be synchronized in parallel mode. Users can configure each channel according to the testing requirements of DUT. The IT-M3600 can output up to 16*16 channels while the traditional instrument supports up to 32 channels. In addition, multiple channels can be connected in parallel to extend the power test range. Therefore, it may be convenient to integrate multiple units into the system. The test efficiency has been increased by twice, which largely saves your energy and costs.


The full range of models supports stacking and parallel connection of multiple units. The new range will enable users to innovate and implement technological advances faster and more accurately. Due to the built-in battery test function, this IT-M3600 series is ideally suited for multiple, or multi-channel, charging and discharging tests for batteries and accumulators. Each unit can be operated completely independently and proves to be very easy to operate.

During the discharge test, an energy recovery efficiency of up to 95% can be achieved, which directly contributes to saving electricity costs.

CC/CV Mode

The Itech IT-M3600 offers innovative CC/CV priority setting to maximize compatibility with different loop characteristics to be tested, allowing companies or universities to save on equipment procurement costs. Under the priority mode of CV, the Itech IT-M3600 can achieve a higher voltage climb rate. Switching to CC priority mode, can realize that there is no overshoot of the starting current. It is suitable for semiconductor tests that are sensitive to current, such as laser chips.

The series forms a family of bi-directional, regenerative power systems with excellent performance and high precision output and measurement. The system is ideally suited for various tests in multiple fields, such as multi-module battery test, multi-channel power test, inspection, quality and design verification research.

For detailed specifications, please refer to the datasheet of the IT-M3600.

See also the specifications of the other it-m models:

IT-M3100 Wide range DC power supply
IT-M3200 High Accuracy DC power supply
IT-M3300 Regenerative electronic load
IT-M3400 Bi-directional DC power
IT-M7700 AC power supply


Arnold Memelink

Arnold Memelink


"The ABB Power Grids Jumet organisation is an innovative development and production facility of ABB that manufactures active filters and battery energy storage systems to support a stable grid. To test these systems we have acquired two Cinergia GE/EL +120kVA eplus units capable of doing grid emulation (AC + DC), operating as an electronic load (AC +DC) and being a battery emulator. We have experienced very good support from TTMS in obtaining these two Cinergia units. This included organising an on-site demonstration and supplying loan systems prior to the delivery of our final systems. This way we could start testing as early as possible. TTMS also organised training for the operators from the original manufacturer. This support allowed us to introduce the first battery energy storage systems even prior to the full delivery of the Cinergia systems."

University of Luxembourg

Sasan Rafii-Tabrizi

University of Luxembourg

“At the Energy and Environment department of the Faculty of Science, Technology and Medicine (FSTM) of the University of Luxembourg we do have different research projects related to green energy contributing to the development of eco-cities. As a long-standing partner of our research unit, TT&MS has proven that they are able to answer even the most complex questions in a professional manner. They have shown that they are always up to date with the latest technology and do not spare any effort to look at the application and even the situation on site. The exchange of ideas was always very pleasant and took place quickly. We look forward to further years of fruitful cooperation.”


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