Renewable Power

Leading the Clean Energy Transformation

With 45+ GW of renewable energy engineering delivered across solar, wind and hybrid systems, Tata Consulting Engineers (TCE) is at the forefront of the global transition to clean, low‑carbon power. Our work spans utility‑scale solar parks, high‑capacity wind farms, floating solar, and integrated hybrid projects combining solar, wind and advanced Battery Energy Storage Systems (BESS) to deliver firm, round‑the‑clock renewable power.

For more than six decades, TCE has been a trusted engineering partner to developers, utilities, governments and investors. Today, we apply our deep engineering rigour, multidisciplinary expertise and Tata‑quality assurance to build renewable energy infrastructure that is efficient, future‑ready and engineered for measurable, long‑term impact. Leveraging digital engineering, proven design intelligence and a global delivery footprint, we enable clients to accelerate their clean‑energy goals with systems optimised for performance, reliability and lifecycle value.

Our Renewables Expertise

Resource Assessment
- Wind and solar analysis, energy yield assessment.
Technology Selection
- High-performance, cost-effective solutions tailored to project needs.
Energy Mix Planning
- Development of optimised wind–solar hybrid configurations, storage integration strategies, and grid responsive solutions to enhance project viability.
Front-end and Detailed Engineering
- Comprehensive engineering design, technical due diligence, and continuous project support from concept development through commissioning.
Land Utilisation and Configuration
- Optimized solutions for site selection and technology deployment.

Renewable Power

Segments We Serve

Solar solutions engineered for high performance, optimised layouts, and dependable grid integration across diverse geographies.

Ground Mounted Solar PV: Utility scale plants designed for maximum generation and optimised land use
Floating Solar PV: Efficient deployment over waterbodies with robust anchoring, mooring, and yield enhancement design.
Rooftop Solar PV: Tailored rooftop systems for industrial and commercial facilities with reliable structural and electrical design.
Concentrated Solar Power (CSP): Thermal based solar solutions engineered for high capacity, dispatch friendly applications.
BoP Including Pooling Stations: End to end balance of plant engineering covering substations, evacuation systems, and plant wide integration.

Wind engineering that balances performance, constructability, and long term availability across varied terrains and climatic conditions.

Onshore Wind: Complete wind farm engineering including layouts, cabling, and power evacuation design
Offshore Wind: Structural and electrical design adapted for marine environments, including foundations and grid interface
Turbine Foundation Design: OEM aligned, site specific foundation engineering for structural integrity and ease of construction.
PCN Optimisation: Power collection network optimisation for efficient routing, reduced losses, and improved reliability.
BoP Including Pooling Stations: Civil, electrical, and structural BoP engineering for substations, access, and interconnection works.

Integrated renewable systems designed to deliver firm, schedulable power through intelligent modelling and storage driven stability.

Hybrid Energy Modelling: Optimisation of solar wind mix, plant configuration, and round the clock generation strategies.
Battery Energy Storage Systems (BESS): Engineering for storage sizing, control strategy, grid support, and hybrid plant integration
Distributed Generation & Integration: Seamless integration of distributed assets, including protection systems, control logic, and grid interfacing.