• Electrical India
  • May 7, 2018

Schneider Electric, partnering with Temasek, has reached an agreement to buy Larsen & Toubro’s Electrical & Automation business and will combine it with its Low Voltage & Industrial Automation Products business in India.

  • Electrical India
  • Apr 28, 2018

Will contribute to the introduction of Internet of Things (IoT) for production equipment by integrating real-time control and information processing.

  • Electrical India
  • Feb 5, 2018

IoT technology used in overhead transmission lines not only carry out line state monitoring but also improve the perception of power transmission line in operation condition, including meteorological conditions, ice cover, ground wire breeze vibration, conductor temperature and sag, transmission line windage yaw, tower inclination and others…

  • Electrical India
  • Dec 18, 2017

With over 50% of the cement capacity in India running on ABB’s automation solutions, the new plant augments Odisha as a cement hub…

  • Electrical India
  • Aug 5, 2017

To meet the needs of India’s growing economy, providing reliable, affordable and sustainable energy requires exploring a range of options. One of the most important requirements is reinventing the grid with the introduction of grid intelligence and communication systems for its secure and efficient operation. This paper is an attempt towards grid redesign to meet the requirements of the transforming energy sector in India...

  • Electrical India
  • Aug 5, 2017

Substation automation refers to using data from intelligent electronic devices (IEDs) control & automation capabilities within the substation and control commands from remote users to control power system devices…

  • Electrical India
  • Aug 5, 2017

Oracle Drive Systems use the new LINKNET system to update ageing fibre optic LINK drive control system, replacing it with new LINKNET modules for click-and-connect set-up and fast, straightforward configuration via Parker DSE software…

  • Electrical India
  • May 5, 2017

The requirement for making coal fired stations intelligent arises from the beed for highly efficient plant operation and asset management on one hand and wide scale penetration of renewable energy (solar photovoltaic and wind) into the grid which results in rapid cycling of the thermal plants, on the other hand. Ramping up or down of thermal plants hitherto was through manual load setting or through the free governor mode of operation. With the entrance of rapidly varying renewable generation, the need for automatic load setting on the thermal plants through intelligent features arises...