Authorization

TMEIC Lauded by Frost & Sullivan for Disrupting the Industrial Power Electronics in Everything Market with its Visionary Modular PE System Technology

TMEIC's digital manufacturing process, complemented by its technology expertise in PEiE and semiconductor applications, helps it offer industry-leading customer ownership experienceLONDON, Dec. 30, 2019 /CNW/ --A Based on its recent analysis of the global industrial power electronicsA (PE) market, Frost & Sullivan recognizes TMEICA with the 2019 Technology Leadership Award and 2019 Company of the Year Award. Its strong R&D culture has resulted in a truly unique modular PE system that enhances every industry's critical process and provides much-needed relief from power supply disturbances. It has demonstrated visionary product innovations and technology incubations in the four distinct product groups of PV inverters, uninterruptible power systems (UPSs), energy storage systems (ESSs), and motor drive inverters (MDs).
TMEIC Lauded by Frost & Sullivan for Disrupting the Industrial Power Electronics in Everything Market with its Visionary Modular PE System Technology
TMEIC has developed three path-breaking modular products Universal Power Conditioning System (U-PCS), Multiple Power Compensator (MPC), and Modular multilevel converters (MMC). The Universal PCS is designed to perform both energy generation and energy storage functions while offering high efficiency, cutting-edge features, and unparalleled reliability. It also significantly reduces the maintenance time as it allows seamless replacement of the faulty inverter module without disrupting the operation of the rest of the inverter modules. The company's modular approach not only offers superior reliability and efficiency but is also highly cost-effective."TMEIC's modular PE system solutions will help industries optimize overall operations and achieve their sustainability goals," said Gautham GnanajothiA Research Director. "For instance, its newly developed MMC technology can significantly enhance the performance of extra high-voltage power transmission systems. Its unique mechanical, electrical, and anti-seismic design allows this technology to address the evolving power network requirements such as higher flexibility in power exchanges among distributed renewables and cities (load centers), and better resilience against the rising number of natural disasters."
See also:
Leave a comment
News
  • Latest
  • Read
  • Commented
Calendar Content
«    Январь 2020    »
ПнВтСрЧтПтСбВс
 12345
6789101112
13141516171819
20212223242526
2728293031