Construction of 39 km road for Suzlon
Enhancing Accessibility for Renewable Energy Operations
The project involved the construction and development of 39 km of roads for Suzlon Infrastructure Services Ltd. in the Kutch region of Gujarat. The work was undertaken to provide durable and all-weather connectivity between wind turbine generator (WTG) sites and approach routes, enabling smooth transportation of heavy turbine components, maintenance equipment, and operational vehicles across the wind farm locations.
Scope and Nature of Work
The project covered the construction of access roads required for rural and industrial connectivity, designed to support heavy wind turbine transport. The work included formation of subgrade and granular sub-base layers as per load requirements.
WBM and bituminous surfacing were laid to provide a stable and dust-free riding surface. Minor cross-drainage structures and roadside shoulders were also constructed to maintain road stability during monsoon conditions.
Approach alignments and turning radii were improved to accommodate turbine blade and tower movement. The roads were built for long-term durability and to handle frequent heavy haulage traffic.
Engineering Execution and Quality Standards
The project was executed in accordance with the technical specifications of Suzlon Infrastructure Services Ltd. and MORTH standards for flexible pavement design.
Strict quality control was maintained at every stage—from material selection to compaction and surfacing. On-site testing ensured compliance with density, gradation, and strength parameters, guaranteeing consistent road performance across all 39 km.
Special attention was given to surface drainage, edge protection, and compaction to ensure structural integrity and safety throughout the operational life of the roads.
Outcome and Strategic Value
The completion of the 39 km road network has significantly improved site accessibility and logistics for Suzlon’s wind energy operations in Gujarat. These roads now support smooth movement of turbine components, enhance maintenance access, and ensure reliable connectivity even during adverse weather conditions. The project represents a key contribution to India’s renewable energy infrastructure, aligning with the nation’s goal of expanding sustainable power generation through efficient ground connectivity and operational readiness.
Addressing Terrain and Environmental Conditions
The site, located in the arid and wind-prone terrain of Kutch, required adaptive construction planning to manage sandy soil conditions and temperature fluctuations.
Work schedules were aligned with regional wind patterns to ensure safe and efficient operations. The use of locally available materials and optimized logistics minimized environmental impact while maintaining timely execution across dispersed WTG sites.