At our Solapur location, we successfully installed three 180 kW EV chargers, ensuring a robust and efficient charging solution for electric vehicles. The setup involved a comprehensive range of services, including the installation of a cubical, transformer, and RMU (Ring Main Unit), all designed to enhance the station's operational capacity.
Our team also carried out extensive electrical work and civil construction, ensuring the infrastructure meets the highest standards of safety and reliability. This project not only supports the growing demand for EV charging but also contributes to the city's shift towards sustainable transportation.
In Kevadiya, we focused on the installation of a robust infrastructure to support 240 kW EV chargers. Our work involved the construction of a custom shed and fabrication to house the charging units, ensuring that the setup is both functional and durable for long-term use.
This project underscores our commitment to providing reliable and high-capacity EV charging solutions in areas that are crucial to India's sustainable mobility transition.
In Rohini, we undertook the fabrication and installation of a sturdy and weather-resistant shed to support EV charging infrastructure. This shed ensures protection for charging equipment and vehicles, contributing to the reliability and efficiency of the station.
This project highlights our focus on delivering quality infrastructure tailored to meet the unique requirements of each location.
In Pal, we established a comprehensive EV charging station featuring 10 high-capacity 240 kW chargers. Our work encompassed the complete foundation and fabrication of a durable shed, creating a protected environment for the charging equipment. Additionally, we constructed a dedicated charging platform to ensure the efficient operation of the station.
The project involved extensive electrical work, including the installation of 10 ACDBs (Alternating Current Distribution Boards) and a Power Substation (PSS), ensuring seamless energy distribution and optimal performance of the chargers. This state-of-the-art setup reflects our commitment to delivering high-quality and reliable EV infrastructure.
In Orissa, we successfully completed the installation of a 3-charger setup, tailored to meet the growing demand for EV charging solutions. The project included comprehensive electrical work to ensure seamless energy distribution, along with the fabrication and foundation of a sturdy shed to protect the equipment.
Additionally, we built a dedicated charging platform and installed 10 ACDBs (Alternating Current Distribution Boards) to enhance the operational efficiency of the station. This project demonstrates our expertise in delivering end-to-end EV infrastructure solutions with precision and reliability.
In Nizamabad, we deployed a cutting-edge EV charging station featuring a 14-charger setup with a total capacity of 240 kW. This project included the installation of a Vacuum Circuit Breaker (VCB) for enhanced electrical safety and reliability. Our team carried out comprehensive electrical work and constructed a robust charging platform to support the operation of the chargers.
The setup also included 10 ACDBs (Alternating Current Distribution Boards) and a Power Substation (PSS) to ensure efficient power distribution. To protect the equipment, we completed the fabrication of a durable shed, providing a reliable and weather-resistant infrastructure.
This project highlights our capability to deliver scalable and high-performance EV charging solutions tailored to meet local requirements.
In Karimnagar, we delivered a state-of-the-art EV charging station identical to the setup in Nizamabad. This project includes a 14-charger configuration with a total capacity of 240 kW. The scope of work involved installing a Vacuum Circuit Breaker (VCB) for enhanced electrical safety and reliability, along with comprehensive electrical work to ensure seamless power distribution.
We constructed a robust charging platform and installed 10 ACDBs (Alternating Current Distribution Boards) and a Power Substation (PSS) to optimize the station's efficiency. Additionally, a durable shed was fabricated to protect the chargers and associated equipment from environmental factors.
This project showcases our expertise in developing scalable, high-performance EV charging infrastructure to support India's transition to sustainable mobility.
In Vashi, we focused on the fabrication of a sturdy and weather-resistant shed to house EV charging equipment. This infrastructure ensures protection for the charging units, enhancing their longevity and reliability.
This project reflects our commitment to providing high-quality, tailored solutions that support the growing EV ecosystem.
In Marol, we focused on the fabrication of a sturdy and durable shed to support the EV charging infrastructure. This shed provides essential protection for the equipment, ensuring long-term reliability and efficiency.
This project highlights our expertise in delivering tailored infrastructure solutions for EV charging stations.
In Haryana, we successfully installed single EV chargers at three strategic locations: Karnal, Panchkula, and Yamuna Nagar. Each setup was designed to meet the local requirements, ensuring reliable and efficient charging solutions for the growing EV ecosystem.
These installations reflect our commitment to expanding EV infrastructure across diverse regions, contributing to India's sustainable mobility goals.
In Pandharpur, we are currently developing a comprehensive EV charging station featuring a 15-charger setup designed to handle high-capacity demands. The scope of work includes constructing a dedicated charging platform and durable flooring to support long-term operations.
The project also involves the installation of a Power Substation (PSS) and an RMU (Ring Main Unit) for seamless power distribution. Additional facilities under construction include an administrative building, a fully equipped workshop, an inspection pit for vehicle maintenance, and a washing plant.
This in-progress project reflects our focus on creating efficient, durable, and well-integrated EV infrastructure solutions tailored to the specific needs of the location.
In Bhandara, we are working on a high-performance EV charging station with a 17-charger setup. Like Pandharpur, this station features a robust charging platform and premium flooring designed for efficiency and reliability.
The infrastructure includes a Power Substation (PSS), an RMU (Ring Main Unit), and essential facilities such as an administrative building, a workshop, an inspection pit, and a washing plant.
This ongoing project demonstrates our ability to manage and deliver complex EV infrastructure solutions to meet regional demands.
In Chandrapur, we are building a 17-charger EV station with a total capacity of 180 kW. The project includes constructing a durable charging platform and flooring to ensure operational excellence.
Similar to Pandharpur and Bhandara, the Chandrapur site will feature a Power Substation (PSS), an RMU (Ring Main Unit), and additional facilities such as an administrative building, a workshop, an inspection pit, and a washing plant.
This ongoing project highlights our expertise in delivering scalable and efficient EV infrastructure solutions, tailored to evolving needs.
In Buldana, we are developing an advanced EV charging station featuring an 18-charger setup. The project includes the construction of a durable charging platform and high-quality flooring to ensure efficient and long-lasting operations.
Similar to the Chandrapur setup, this station will include a Power Substation (PSS), an RMU (Ring Main Unit) for seamless power distribution, and additional facilities such as an administrative building, a workshop, an inspection pit for vehicle maintenance, and a washing plant.
This in-progress project showcases our capability to deliver reliable and well-integrated EV infrastructure solutions, designed to meet growing demands.
In Nashik, we are developing an EV charging station equipped with 16 chargers. The project includes the construction of a robust charging platform, durable flooring, and a well-designed shed to ensure reliable operations.
Key infrastructure elements include a service road and dedicated parking area for seamless vehicle movement and accommodation. Additionally, the setup will feature a Power Substation (PSS), an RMU (Ring Main Unit) for efficient power distribution, and all essential elements for smooth functionality.
This ongoing project emphasizes our expertise in delivering comprehensive EV infrastructure solutions that cater to both operational and logistical requirements.