Laser Power & Infra Limited (LPIL) is the largest cable and conductor manufacturer in eastern India, boasting of a strong foothold in India and abroad. LPIL is in power transmission & distribution products and distribution projects for more than 30 years with proven expertise in large-scale electrification projects across the country and beyond, LPIL manufactures and markets a wide range of wires, cables & conductors.
With an integrated manufacturing facility capable of producing all relevant power infrastructure products and components, LPIL offers products for the power transmission and distribution industry in India. Our product range includes HT & LT power cables, LT & HT aerial bunched cables, control cables, quad cables, MV cables, bare conductors, covered conductors and more.
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We strategically expanded our business by entering the EPC segment, where we have established a significant presence. To date, we have successfully carried out distribution projects worth over INR 3000 crores across India and abroad. In addition to the power and energy sector, LPIL has also ventured into water distribution and solar projects. We have a successful track record in executing projects of varying sizes, complexities, and scales.
Executive Summary
This article presents a case for the Laser-TS AECC (Aluminum Encapsulated Composite Conductor), an HTLS (High-Temperature, Low-Sag) conductor, as an aid for transformation. Manufactured by Laser Power & Infra Limited as a licensed stranding partner of TS conductors.
The AECC Conductor: An Engineered Solution for Environmental Impact
The Laser-TS AECC conductor represents re-engineering of the conventional conductor. Its core innovation lies in the aluminum encapsulated composite core.
Drastic reduction in transmission losses: Electrical line losses, a significant source of inefficiency, and directly contributes to the carbon footprint of power generation.
The high-capacity, low-sag properties of the Laser-TS AECC conductor allow it to carry two to three times the current of an aluminium conductor steel reinforced conductor. This capability enables utilities to “reconductor” an existing line without the need to build new corridors.
The intermittent nature of solar and wind energy presents a unique challenge to the grid. To handle the surge of power during peak generation, conventional solutions require a much larger conductor, as well as a wider and more expensive corridor. The Laser-TS AECC conductor’s inbuilt redundancy allows it to handle these significant peaks. This capability allows for the installation of a line sized for average generation, while still managing peak loads.
A Data-Driven Approach: Customization and Validation
We utilize a suite of software to design a custom Laser-TS AECC solution for each project, simulating its performance under real-world conditions.
Conclusion:
The Laser-TS AECC conductor is an enabler of low-loss, and high-capacity grids. We are proud to be a part of this journey.
