전력

아이테크 ・ ITECH IT7300 프로그래머블 AC 전원공급장치 IT7300 Programmable AC Power Supply IT7300 IT7300 ITECH ITECH IT7300 IT7300 아이테크 아이테크 IT7300 IT7322 IT7324 IT7326 IT7322H IT7324H IT7326H IT7322T IT7324T IT7326T IT7322HT IT7324HT IT7326HT

아이테크 ・ ITECH IT7600 고성능 프로그래머블 AC 전원공급장치 IT7600 High Performance Programmable AC Power Supply IT7600 IT7600 ITECH ITECH IT7600 IT7600 아이테크 아이테크 IT7600 IT7622 IT7624 IT7626

아이테크 ・ ITECH IT-M7700 고성능 프로그래머블 AC 파워 IT-M7700 High Performance Programmable AC Power Supply IT-M7700 IT-M7700 ITECH ITECH IT-M7700 IT-M7700 아이테크 아이테크 IT-M7700 IT-M7721 IT-M7722D IT-M7722 IT-M7723D IT-M7722E IT-M7723 IT-M7723E

아이테크 ・ ITECH IT7800 고전력 프로그래머블 AC/DC 전원 IT7800 High Power Programmable AC/DC Power Supply IT7800 IT7800 ITECH ITECH IT7800 IT7800 아이테크 아이테크 IT7800 IT7802-350-10U-ATE IT7802-350-10U IT7802-350-30-ATE IT7802-350-30 IT7803-350-30U IT7803J-350-30U*1 IT7803-350-30-ATE IT7803-350-30 IT7804-350-20U-ATE IT7

The IT7900 series is a programmable, four-quadrant grid simulator. It is also a four-quadrant power amplifier, which can be used to test various grid-connected equipment. For example, PCS, energy storage system, microgrid, BOBC (V2X), PHiL, etc. With advanced SiC technolgoy, a single unit of IT7900 can realize the anti-islanding protection test through islanding mode(RLC settable). Besides, the power density of IT7900 series is very high, 6kVA in 1U, 15kVA in 3U. After parallel connection, the power can be extended to 960kVA at most. Rich operating modes meet various test requirement of single-phase, three-phase, reverse-phase and multi-channel. In reverse mode, the voltage can be extended to 200% of the rated voltage. The strong arbitrary waveform editing function can simulate various power grid disturbance waveforms, making it an ideal

Adopting advanced SiC technology, the IT7900P series high-performance Regenerative grid simulator provides an all-in-one test solution that can be used not only as a grid simulator and four-quadrant power amplifier, but also as a four-quadrant regenerative AC/DC electronic load. The full four-quadrant operation, regenerative ability can feedback power to the grid, meet the needs of environmental protection, but also save a lot of electricity and heat dissipation costs. Compact, modular and efficient structure design allows the IT7900P up to 15kVA in 3U single unit, and its power can be extended to 960kVA after master-slave parallel connection. Colorful touch screen with intuitive GUI allows IT7900P to directly define different waveforms. The rich operation modes can meet the test requirement of single-phase, three-phase, reverse-phase and multi-channel. It provides high flexibility for testing and can be widely used in many fields such as PV, ESS and EV.

Adopting advanced SiC technology, the IT7900EP series high-performance Regenerative grid simulator provides an all-in-one test solution that can be used not only as a grid simulator and four-quadrant power amplifier, but also as a four-quadrant regenerative AC/DC electronic load.The full four-quadrant operation, regenerative ability can feedback power to the grid, meet the needs of environmental protection, but also save a lot of electricity and heat dissipation costs. Compact, modular and efficient structure design allows the IT7900EP up to 21kVA in 3U single unit, and its power can be extended to 1MVA after master-slave parallel connection. Colorful touch screen with intuitive GUI allows IT7900EP to directly define different waveforms. The rich operation modes can meet the test requirement of single-phase, three-phase, reverse-phase. It provides high flexibility for testing and can be widely used in many fields such as PV, ESS and EV.

IT7900 series represents a new generation of programmable, full four-quadrant grid simulators that can also be used as fourquadrant power amplifiers for testing all kinds of grid-connected products. Examples include PCS, energy storage systems,micro-grids, BOBC (V2X) and power related hardware loop simulation (PHiL). With the energy regenerative function, it provides 100% current absorption and feeds back to the grid

The IT7800 series is a new generation of high power programmable AC power supply featuring user-friendly programming options, a novel touch interface, and rich waveform analysis capabilities. The high-voltage series is available at voltages as high as 700 VL-N and even fulfills 1050 VL-N test standards. By paralleling them, the high voltage series may be easily enlarged to 900 kVA.

*1 Voltage and current harmonic analysis / Voltage harmonic simulation

The IT7900E series is a programmable, four-quadrant grid simulator. It is also a four-quadrant power amplifier, which can be used to test various grid-connected equipment. For example, PCS, energy storage system, microgrid, BOBC (V2X), PHiL, etc. With advanced SiC technolgoy, a single unit of IT7900E can realize the anti-islanding protection test through islanding mode(RLC settable). Besides, the power density of IT7900E series is very high, 6kVA in 1U, 21kVA in 3U. After parallel connection, the power can be extended to 960kVA at most. Rich operating modes meet various test requirement of single-phase, three-phase, reverse-phase and multi-channel. In reverse mode, the voltage can be extended to 200% of the rated voltage. The strong arbitrary waveform editing function can simulate various power grid disturbance waveforms, making it an ideal choice for testing and R&D laboratories.

IT7200 series programmable AC/DC power supplies are designed to provide cost-effective testing solutions for R&D, production and laboratories. It is a bench top unit as well as a rack mounted one. It is only in a 2U half rack, but the max. power can output 300VA or 600VA. Its built-in USB/LAN interface allows for easy ATE integration and remote monitoring of data without additional costs. IT7200AC/DC power supply has powerful waveform editing and simulation functions and full protection. Through functions such as LIST, waveform customization or harmonic simulation, it can simulate various power grid disturbance waveforms. For example, voltage sag, short-term power failure, and IEC61000-4-11 regulatory standard waveform. The product is widely used in testing of small home appliances, industrial IoT, power modules, power tools, etc.