Plastic Industries

Solar Project Completion at Anneta Plastic – 485 kW

The 485kW solar power project at Anneta Plastic stands as a significant milestone in the company’s journey toward sustainable energy solutions. Executed by Enerzytech Industries Pvt Ltd, this project was designed and implemented to enhance energy efficiency, reduce dependency on conventional power sources, and contribute to a greener environment.

The installation comprises high-efficiency solar panels, advanced inverters, and a robust mounting structure, ensuring optimal performance and longevity.

The system is strategically designed to maximize solar energy absorption and optimize power output throughout the year. The project underwent meticulous planning, engineering, and execution phases, adhering to industry best practices and safety standards.

Solar Project Completion at Mahendra Polymers – 400 kW

Mahendra Polymers, in collaboration with Enerzytech Industries Pvt Ltd, has successfully completed a 400-kW solar power project at Mahendra Polymers. This initiative aligns with the company’s vision of sustainable energy solutions, optimizing energy consumption, and reducing carbon footprint.

The project involved the installation of high-efficiency solar panels, advanced inverters, and a robust monitoring system to ensure optimal performance and energy output.

The system is designed to significantly reduce dependency on conventional power sources, providing substantial savings on electricity costs while contributing to environmental conservation.

Solar Project Completion at Shubh Polyfab – 400 kW

The 400kW solar power project at Shubh Polyfab marks a significant advancement in the company’s commitment to sustainable energy. Executed by Enerzytech Industries Pvt Ltd, this project is designed to optimize energy efficiency, reduce operational costs, and support environmental sustainability by harnessing clean solar energy.

The installation features high-performance solar panels, efficient inverters, and a durable mounting structure to ensure long-term reliability and maximum energy generation. The system is strategically configured to achieve optimal solar exposure, enhancing energy output throughout the year.

The project followed a rigorous process from design and engineering to implementation, ensuring compliance with the highest industry standards and safety protocols.

Capacity: 485kW