Schneider Electric has launched its new generation Altivar ATS430 and ATS490 soft starter ranges in Anglophone Africa, the latest innovations in motor control technology.

Schneider Electric has officially launched its first Innovation Hub on the African continent, coinciding with the opening of its new regional headquarters in Midrand, South Africa.

Today’s modern turbomachinery control systems form an important of operational efficiency, be it in heavy industries, traditional power generation or renewables such as hydroelectric facilities. Independence is the name of the game, and turbomachinery stands to gain lot from this newfound freedom.

Schneider Electric South Africa has unveiled its cutting-edge Altivar Process ATV6100 medium voltage (MV) drive range, designed to enhance energy efficiency and operational reliability across various industries.

Schneider Electric has been named the World’s Most Sustainable Corporation 2025 by Corporate Knights, and is the only company to rank first in the Global 100 twice.

Schneider Electric has launched the new Galaxy VXL – a highly efficient, compact, modular, scalable and redundant 500-1250 kW (400V) 3-phase uninterruptible power supply, complete with enhanced cybersecurity, software and safety features.

There’s a lot to be said about the unsung heroes of this world; those men, women and machines that deliver such important functions, often overlooked and recognised. One such machine is turbomachinery, and while the name does sound quite obvious to the layman, its rich history and daily functions are not.

Motor management plays an all-important role in controlling motor energy costs in various industries, segments and applications. Research and practical experience have consistently shown that effective motor management practices can result in significant energy savings, reduced operational costs, and improved overall system reliability.

Motor management plays an all-important role in controlling motor energy costs in various industries, segments and applications. Research and practical experience have consistently shown that effective motor management practices can result in significant energy savings, reduced operational costs, and improved overall system reliability.