Ground-Mounted Solar
Utility-scale solar plants with proven engineering excellence — a well-diversified portfolio of ground-mounted EPC projects delivering clean, renewable energy at scale.
At a Glance
Utility-Scale, Proven at Scale
From geotechnical survey to grid synchronisation, Saatvik delivers MW-scale solar farms with a global reputation for quality.
Flagship Project Capacity
Saatvik Modules Deployed
Integrated EPC Phases
Plant Design Life
Our Ground-Mounted EPC Services
Engineering. Procurement. Construction. Commissioning.
Four integrated phases, one accountable partner — each project optimised for performance, efficiency, and bankability.
Engineering
Advanced and customised engineering — site survey, geotechnical analysis, fixed-tilt and tracker system design — ensuring every project is optimised for performance and efficiency.
Procurement
Leveraging our extensive industry network and annual rate contracts with major manufacturers globally, we source the best quality modules, inverters, and BoS for reliability and durability.
Construction
A dedicated team of experts executes seamless construction and installation — foundations, structures, cabling, and transformers — adhering to the highest industry standards and timelines.
Commissioning
Experienced professionals ensure smooth commissioning, including testing, grid interconnection, monitoring setup, and fine-tuning to achieve optimal plant performance.
Our Strength
Why Developers Choose Saatvik
A highly skilled, technically strong organisation with dedicated design, R&D, and procurement capabilities honed over years in the industry.
Highly Skilled Workforce
Technically strong project teams with diversified years of industry experience across every terrain India offers — desert, farmland, and coastal sites.
Dedicated EPC Design Team
An in-house design cell produces bankable engineering — energy yield assessments, PVsyst simulations, and grid studies that lenders trust.
Global ARC Procurement
Annual Rate Contracts with major manufacturers worldwide secure priority supply and pricing on modules, inverters, and balance-of-system.
In-House R&D
A dedicated R&D team continuously evaluates new technologies — trackers, bifacial gain, robotic cleaning — so your plant is built for tomorrow's benchmarks.
Record-Breaking Delivery
Disciplined project management and self-manufactured modules compress timelines — Saatvik is known for record delivery times on MW-scale plants.
Complete Balance-of-System
Foundations, cabling, transformers, switchyards, and grid interconnection handled end-to-end for projects from 1 MW to 100 MW+.
Flagship Project
100 MW at Raghanseda Solar Park
Saatvik's landmark 100 MW ground-mounted project at the Raghanseda Solar Park in Gujarat stands as proof of our utility-scale execution capability — vast module blocks, central inverter stations, and high-voltage grid interconnection delivered across challenging arid terrain.
Executed with the same integrated EPCC discipline we bring to every site, the project showcases record delivery timelines, in-house engineering, and Saatvik-manufactured high-wattage modules working at grid scale.
Installed Capacity
Solar Park Terrain
Design Life
Track Record
Glimpses of Projects Accomplished by Saatvik
Dalmia Cement (Bharat) Ltd
Belagum, Karnataka
545 Wp Mono PERC
Dalmia Bharat Green Vision Ltd
Sattur, Tamil Nadu
545 Wp Mono PERC
Jindal Steel & Power Ltd
Chilhati, Chhattisgarh
545 Wp Mono PERC
Jindal Steel & Power Ltd
Shirpur Dhule, Maharashtra
570/575 Wp Mono PERC
Frequently Asked Questions
Our ground-mounted EPC capability spans 1 MW captive plants for industry through utility-scale parks of 100 MW and beyond — including our flagship 100 MW project at the Raghanseda Solar Park. Every project gets the same integrated engineering, procurement, construction, and commissioning discipline.
As a rule of thumb, 4–5 acres per MW for fixed-tilt systems with modern high-wattage modules. Our design team optimises layout, pitch, and module selection to maximise yield per acre for your specific site.
Yes. Our scope covers site survey, geotechnical investigation, topographical analysis, and complete grid interconnection — transformers, switchyards, transmission tie-in, and utility approvals.
Trackers can lift generation 15–20% but add capex and maintenance. Our engineers run site-specific yield and LCOE simulations comparing both, and recommend the configuration that delivers the best levelised cost of energy for your irradiance profile and terrain.
Comprehensive long-term O&M — module cleaning regimes, vegetation management, preventive and corrective maintenance, spares management, and 24×7 remote monitoring with performance-ratio guarantees.