Civil Development
Civil Development Process
Our Civil Development projects begin with creating solid foundations for crucial components like chargers, CSS (Compact Substations), and RMU (Ring Main Units). This process ensures the stability and longevity of these essential systems, carefully tailored to meet specific site needs.
Land Allocation
Following the foundation, land allocation ensures the organized placement of various site components. This phase involves multiple critical tasks:
- Site Survey: A detailed survey identifies key areas for development, analyzing the topography, boundaries, and other land features.
- Engineering Drawings: Precise engineering drawings guide the construction process, ensuring accuracy in layout and structural integrity.
- Site Leveling: The land is leveled to provide a stable foundation for construction, optimizing the surface for buildings and infrastructure.
- Soil Testing: Soil tests determine the land's suitability for construction, ensuring that the foundation can support heavy structures.
Construction
This phase includes the creation of essential infrastructure:
- Charging Bay
- RCC Roads
- Cable Trench
- RMU Foundation
- CSS Foundation
- Construction of Shed
- Construction of Wheel Stopper
- Construction of Admin Building
- Sheds and Wheel Stoppers
- Admin Building, Workshop, and Pit Shop
- Washing Bay
Final Finishing
Our projects stand out through the attention to final finishing, which includes applying putty, painting surfaces, and ensuring that every structure is aesthetically pleasing and well-protected against the elements.
Our Real-Time Projects
Here are some real-time projects we have completed and are currently working on, along with details of their locations and scope of work:
Chandrapur - Civil Development
Location: Maharashtra, India
In Chandrapur, we took on the responsibility of developing the site infrastructure from the ground up, focusing on civil works that would lay a strong foundation for the facility’s operations.
- Land Leveling: The site was carefully leveled to prepare for further construction activities, ensuring stability and precision.
- Column Construction: We handled the excavation, column footing concrete, and column casting to establish a robust support system for the infrastructure.
- Cable Trench Construction: Created an organized and secure cable trench network for routing electrical cables.
- Shed Construction: Developed a shed structure to provide shelter and operational space for electric vehicle activities.
- PSS, CSS, RMU Foundations: Constructed solid foundations for the Power Supply System (PSS), Compact Substation (CSS), and Ring Main Unit (RMU), ensuring stability for the electrical installations.
- Admin Building: Built the administrative building, which will house essential management and operational teams.
- Workshop Construction: Developed the workshop, which will support the maintenance and repairs of electric buses.
- Septic Tank: Installed a septic tank for effective waste management.
- Overhead Water Tank (Upcoming): Ongoing work for the installation of an overhead water tank to provide a consistent water supply to the facility.
- Service Road and Paver Blocks: Constructed a service road and installed paver blocks for smooth internal transportation and operational efficiency.
This civil development project ensures that the Chandrapur facility is well-prepared to support the movement of electric buses, contributing to the region’s sustainable transportation goals.
Bhandara - Civil Infrastructure Development
Location: Maharashtra, India
In Bhandara, we managed a comprehensive civil infrastructure project across two separate stations, ensuring robust construction to support electric vehicle operations.
- Land Leveling:We began by leveling the land to create a stable foundation for both stations.
- Column Footing and Casting: Our team worked on excavation and column footing, followed by column casting, ensuring the structural stability of the site.
- Cable Trench Installation: A detailed cable trench system was implemented to manage all electrical connections safely.
- Shed Construction: We constructed sheds at both stations to provide protected spaces for vehicle operations.
- Foundation for PSS, CSS, RMU:We established the necessary foundations for the Power Supply System (PSS), Compact Substation (CSS), and Ring Main Unit (RMU).
- Administrative Building (Station 1):Built the admin building at Station 1, which will manage the operations for the site.
- Septic Tank Installation: A septic tank was installed for proper waste management.
- Overhead Water Tank (Upcoming):The installation of an overhead water tank is ongoing to secure the site's water supply.
- Service Road and Paving:Constructed a service road and installed paver blocks to improve site access and facilitate movement.
Charger Installations:
- Station 1:Equipped with 9 chargers to support electric vehicle operations.
- Station 2:Installed 8 chargers, expanding the site’s capacity for charging and facilitating efficient fleet management.
This project in Bhandara mirrors our commitment to delivering high-quality civil work that supports the growth of electric vehicle infrastructure, ensuring sustainability and operational efficiency.
Solapur - Ongoing Civil Infrastructure Development
Location: Maharashtra, India
In Solapur, we are currently working on an ongoing civil development project to build the necessary infrastructure for a future electric vehicle (EV) charging depot.
- Land Leveling and Excavation:The site is undergoing land leveling and excavation to lay the groundwork for upcoming construction.
- Column Erection: We have started the erection of 5 columns, which will form the core structural framework for the charging infrastructure.
- Charging Shed and Platform Construction:Ongoing work includes the construction of a charging shed and platform, designed to house the charging stations once completed.
- Cable Trench Installation:A cable trench is being laid for the proper management of electrical cables, ensuring safety and efficiency in future operations.
- Entry and Exit Road Construction:We are in the process of building entry and exit roads, which will facilitate the movement of vehicles within the depot.
- Boundary Wall Fencing:Work on fencing for the boundary wall is underway to secure the perimeter of the site.
- GSB Wetmix:GSB wetmix is being applied to the roadways, providing a solid foundation for vehicle movement.
- Ground Leveling and M-Sand Blocks:Final ground leveling and the laying of M-sand power blocks are being completed for the platform and cable trench areas.
This project is progressing steadily, with each phase bringing us closer to creating a fully functional EV depot that will enhance Solapur's electric vehicle infrastructure.
Electrical Development
Electrical Development Process
Our Electrical Development services include comprehensive installation and setup of critical electrical infrastructure for energy distribution and EV charging stations. Below are the key activities involved in our process:
Key Electrical Development Activities
- RMU Installation: Placement of the Ring Main Unit (RMU) at its foundation, ensuring safe energy distribution.
- HT Cable to RMU: Laying High Tension (HT) cables to connect the RMU for efficient power transmission.
- HT Wire Laying: Laying HT wires to ensure secure and stable energy flow from the power source to distribution points.
- Placement of Power Equipment: Proper placement of RMUs and Compact Substations (CSS) for optimal operation.
- Charger Erection: Erecting and setting up EV chargers to provide charging solutions for electric vehicles.
- ACDB Erection: Installation of AC Distribution Boards (ACDB) to control and distribute power across different areas.
- Digging & Trenching: Excavating trenches for cable laying, ensuring protection and safe routing of electrical cables.
- Chemical Earthing: Installation of chemical earthing systems, using GI copper rods as required to ensure proper grounding.
- HT Cable Termination at RMU: Terminating HT cables at the RMU for secure electrical connections.
- HT Cable Termination at Meter Room: Properly terminating HT cables at the meter room for accurate energy measurement.
- CSS Cable Termination: Securely connecting cables to the Compact Substation (CSS) for efficient power distribution.
- Light Setup & Wiring: Installation and wiring of lights across the facility, including admin buildings and other areas.
- Final Testing and Commissioning: After completing all installations, our team conducts thorough testing and commissioning to ensure that all systems are working optimally, adhering to safety standards, and meeting performance expectations.
Our Electrical Development Projects
Chandarpur - Electrical Development
Location: Maharashtra, India
In Chandrapur, our team efficiently handled the electrical installations, ensuring that the site is equipped with reliable and high-performing equipment to support electric vehicle operations.
- Charger Installations:We successfully installed 11 DC chargers, each with a capacity of 180 kW, to facilitate fast and efficient charging for electric buses.
- AC Distribution Boards (ACDB):A total of 17 ACDB units were set up to manage the distribution of power effectively across the site.
- Power Supply Systems (PSS): 2 PSS units were installed to ensure a stable and continuous power supply for the entire facility.
- Ring Main Unit (RMU):We installed 1 RMU to enhance the electrical system's reliability and safety.
This comprehensive electrical setup strengthens the site’s ability to support sustainable transportation and efficient energy management.
Solapur - Electrical Development
Location: Maharashtra, India
In Solapur, our team carried out the electrical installations necessary to support efficient EV charging operations at the site. This includes robust infrastructure for stable and secure power distribution.
- Transformer Installation:We installed a 500 kVA transformer to ensure a stable and efficient power supply across the facility.
- Charger Installations:3 DC chargers, each with a capacity of 180 kW, were set up to provide fast charging for electric vehicles.
- Electrical Path:From the Metering Room to RMU, and from RMU to Transformer, ensuring a smooth and secure electrical flow across the system.
- ACDB Installation:AC Distribution Boards were installed to manage and distribute power effectively to the chargers.
This setup ensures the Solapur site can handle its EV charging requirements efficiently, contributing to the region's sustainable transportation network.
Burari (Depot 1 and 2) - Electrical Development
Location: Maharashtra, India
In Burari, we carried out extensive electrical development work across both Depot 1 and Depot 2 to strengthen the EV charging infrastructure for electric buses.
- Charger Installations:In Depot 1, we installed 19 chargers, while in Depot 2, we set up 20 chargers, each designed for efficient charging of electric vehicles.
- Charging Platforms:Constructed charging platforms in both depots to support the installation of EV chargers.
- ACDB Installation:Installed AC Distribution Boards (ACDB) at both depots to ensure proper power distribution to all charging points.
- Low Tension (LT) Work:Performed LT electrical work to establish secure and efficient electrical connections across both depots.
- Shed Installation:Installed protective sheds over the charging areas to safeguard the infrastructure and ensure smooth operations during charging.
- Cable Laying & Thimble Installation:Carried out detailed cable laying, ensuring organized and secure electrical routing, along with the installation of thimble connections for safe electrical terminations.
- Earthing & Lightning Arrestor Installation:Implemented earthing systems and installed lightning arrestors to enhance safety and protect the infrastructure from potential electrical surges.
This electrical development significantly boosts the capacity and operational efficiency of Burari’s EV charging facilities, furthering the region’s adoption of sustainable transportation solutions.
Rohini - Electrical Development
Location: Maharashtra, India
In Rohini, we focused on enhancing the electric vehicle (EV) charging infrastructure through the installation of essential facilities.
- Shed Installation: Constructed protective sheds to provide cover for the charging stations, ensuring that EV chargers are safeguarded from weather elements and remain operational at all times.
- Charger Installation: Installed multiple EV chargers designed for efficient and rapid charging of electric buses, supporting the region’s transition to sustainable transport solutions.
This project represents a significant step forward in expanding the charging capabilities in Rohini, contributing to the growth of electric mobility in the area.
Surat - Electrical Development
Location: Maharashtra, India
Our team has successfully executed electrical development projects across three key locations in Surat: Pal, Bhestan 1, and Bhestan 2, significantly enhancing the electric vehicle (EV) charging infrastructure in the region.
- Bhestan 1: Installed 10 EV chargers to facilitate efficient charging for electric buses.
- Bhestan 2: Installed 5 EV chargers, ensuring convenient access to charging facilities for local operators.
- Pal: Set up 10 EV chargers to support the growing demand for electric vehicle infrastructure.
Charger Installations:
This comprehensive project not only bolsters Surat's EV charging capabilities but also contributes to the broader goal of promoting sustainable transportation solutions in the region.
Civil Work in Delhi: Nizamabad, Karimnagar, and Berhampur
Location: Delhi, India
Our team undertook comprehensive civil work at three key locations in Delhi—Nizamabad, Karimnagar, and Berhampur—to support the installation of electric vehicle (EV) chargers and related infrastructure.
- Charger Installations: We installed 14 chargers to meet the growing demand for EV charging.
- HT Site Termination: Executed High Tension (HT) site termination, ensuring stable power distribution.
- BCV: We managed the installation of Busbar Conductor Vessels (BCV) for effective power management.
- Platform Making: Developed robust platforms to support the heavy-duty EV chargers and equipment.
- Shed Installation: Installed protective sheds to shield the charging stations and equipment from environmental elements.
Nizamabad
- Charger Installations: Successfully installed 14 chargers to serve the needs of electric buses and other EVs.
- Platform Making: Constructed stable and well-leveled platforms for the EV chargers and supporting infrastructure.
- Shed Installation: Provided sheds for enhanced protection and safety of the charging equipment.
Karimnagar
- Charger Installations: Installed 5 chargers to cater to the EVs in the region.
- Platform Making: Built strong platforms to secure the charging infrastructure.
- Shed Installation: Established sheds to safeguard the charging stations from harsh weather conditions.
Berhampur
This extensive effort strengthens Delhi's EV charging infrastructure, positioning the city to better support the transition to cleaner and more sustainable modes of transportation.
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Haryana (Panchkula, Karnal, and Yamuna Nagar)
Location: Haryana, India
Across three key locations in Haryana—Panchkula, Karnal, and Yamuna Nagar—our team has successfully enhanced the EV infrastructure by executing comprehensive electrical and civil development projects.
- Charger Installations:We installed 1 EV charger at each of the three sites, ensuring the availability of efficient charging facilities.
- Platform Construction:We constructed sturdy platforms to support the chargers and facilitate easy access for electric buses.
- Shed Installations:Protective sheds were installed at all sites to provide cover for the charging stations, ensuring durability and safeguarding the infrastructure from environmental factors.
These projects mark a crucial step in expanding Haryana's EV charging network, supporting the state's drive toward a more sustainable and eco-friendly transportation future.