KEI introduces  ConflameGreen+, the latest innovation in home wiring that prioritises safety, reliability, and eco-friendliness

KEI Industries innovates with next-gen green wire and IoT integration for a smarter, greener urban future, pioneering solutions that redefine safety, reliability, and eco-consciousness in urban infrastructure.

Spokesperson: Anil Gupta, CMD- KEI Industries Ltd.

As urbanisation accelerates, transitioning to smart cities becomes essential, demanding innovative solutions for power quality and environmental sustainability.

How can advanced cables ensure smart cities’ power quality and environmental sustainability? How has digitalisation impacted the same?

As urbanisation accelerates, the transition to smart cities becomes crucial, demanding innovative solutions for power quality and environmental sustainability. Recognising the pivotal role of advanced cables in this evolution, KEI Industries emphasises digitalisation as a catalyst for transformation. Their advanced cables are engineered with advanced technologies to minimise energy loss and withstand environmental challenges, ensuring uncompromised power reliability. Environmental sustainability forms the cornerstone of KEI’s cable manufacturing philosophy. This product underscores KEI’s dedication to sustainability while addressing evolving consumer needs. With robust 360-degree safety features and integration capabilities with IoT through digitalisation, KEI ConflameGreen+ ensures comprehensive home safety and facilitates smart infrastructure communication, contributing to a smarter, greener urban future.

What are the benefits of green and smart cables regarding energy efficiency and safety aligned with clean energy goals?

KEI Industries introduces KEI ConflameGreen+, the latest innovation in home wiring that prioritises safety, reliability, and eco-friendliness under Next Gen Living’s “Green Wire.” This advancement reflects our dedication to sustainability and meeting consumer expectations, ConflameGreen+ enhances energy efficiency, reduces energy loss, and supports clean energy goals for a sustainable future. It ensures safety through comprehensive features like fire-resistant insulation and real-time fault detection, providing complete home protection. Manufactured with eco-friendly methods and recyclable materials, ConflameGreen+ aligns with our environmental commitments by minimising emissions and establishing a new benchmark for sustainable wiring solutions. Manufactured for durability, it withstands environmental challenges, reducing the need for frequent replacements and waste. This innovative product promotes a cleaner, greener planet and effectively addresses consumers’ evolving demands.

How would more investments enhance the safety and reliability of cables in urban networks?

KEI Industries believes more investments in cable technology would enhance safety and reliability in urban networks by enabling the development and deployment of advanced materials and designs. These improvements could include fire-resistant insulation, better fault detection systems, and enhanced durability, all of which reduce the risk of electrical failures and increase the lifespan of the cables. Additionally, increased funding would support integrating smart technologies, allowing for real-time monitoring and predictive maintenance, further ensuring a reliable and safe power supply in urban areas.

What is the role of cable advancements in smart grid evolution and renewable integration?

At KEI Industries, they understand that advanced cables are essential for the evolution of smart grids and the integration of renewable energy. Advanced cables, equipped with smart sensors and IoT technology, enable real-time monitoring and management of power flow, improving grid reliability and efficiency and facilitating the seamless integration of intermittent renewable sources like solar and wind by dynamically adjusting to fluctuations in power generation. Additionally, high-efficiency and durable cable materials reduce energy losses and enhance the overall resilience of the power grid, supporting a more sustainable and stable energy infrastructure.