Fuji Electric India at the forefront of smarter, decentralised power systems

The company's advanced energy solutions, including Online UPS systems, solar inverters, energy management systems, and power conditioning technologies, aim to address the growing need for energy efficiency, sustainability, and reliability across industries.

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Deenathayalan KG CMO Fuji Electric India

With over a century of expertise, Fuji Electric India is at the forefront of delivering innovative energy and industrial automation solutions. The company specialises in advanced power backup systems such as Online UPS, active harmonic filters and servo-controlled voltage stabilisers, ensuring optimal energy reliability and efficiency. Fuji's automation portfolio, including VFDS, PLCs and HMIs, empowers industries to achieve smarter and more efficient operations.

With a strong focus on customisation, the company designs solutions tailored to the unique energy challenges of its customers. Deenathayalan KG, CMO of Fuji Electric India, shares that the company is committed to sustainability and reliability. It continues to shape a future powered by energy-efficient and cutting-edge technologies. Let us know more insights.

How is Fuji Electric India ensuring energy reliability and efficiency with tailored solutions?

Fuji Electric India is leveraging its 102 years of expertise to deliver cuttingedge solutions tailored to industrial and commercial needs. Our power backup and conditioning advancements include Online UPS systems, active harmonic filters and servo-controlled voltage stabilisers, ensuring optimal energy reliability and efficiency. Additionally, our industrial automation portfolio, featuring variable frequency drives (VFDs), programmable logic controllers (PLCs) and HMIs, enables smarter and more efficient operations across industries. With a focus on customisation, we develop products that address the specific energy challenges of our customers, ensuring reliability and sustainability.

How can smart grids and loT optimise energy distribution for sustainable and efficient power systems?