Site and yield study
Irradiation, terrain, drainage, shading and land titles are reviewed before capacity is committed.

Solutions
ServoLuxe delivers mega solar projects: utility-scale and ground-mounted plants with design, procurement, construction and commissioning.
For developers, institutions and large energy users, ServoLuxe delivers ground-mounted and utility-scale solar plants end to end.
We manage site assessment, plant design, procurement, construction, grid connection and long-term operations and maintenance.
Utility scale
A megawatt-scale plant is a construction project with an energy outcome. Land, irradiation, grid access and financing decide the business case long before the first panel is installed.
ServoLuxe acts as a single point of responsibility: feasibility, design, procurement, construction, and long-term operations with performance reporting.
Irradiation, terrain, drainage, shading and land titles are reviewed before capacity is committed.
Evacuation readiness, feeder capacity and interconnection approval determine the realistic capacity.
Pile tests, torque audits, string tests and thermal scans recorded through construction.
Before we recommend a system
Your roof, daily electricity use and need for backup all affect the right configuration. A site assessment helps confirm the system size, equipment and installation plan before work begins.
One partner from feasibility study to grid connection.
Layouts and tilt designed for maximum annual generation.
Tier-1 modules and proven inverters with long warranties.
Real-time monitoring and performance reporting.
Components are specified against yield, not brand preference, and procured under warranty documents you keep.
| Item | Specification | Notes |
|---|---|---|
| Modules | Bifacial mono, 550 W and above | Bifacial gain on ground mounts |
| Inverters or central units | Matched to DC/AC ratio | Redundancy for availability |
| Mounting | Piles or ballasted fixed tilt, trackers optional | Based on soil test |
| Civil works | Internal roads, drainage, fencing | O&M access from day one |
| Substation | Transformer, switchgear, protection | Per evacuation study |
| Monitoring | Plant SCADA with generation and availability data | Long-term reporting |
Clear title, road access and drainage matter as much as irradiation; bad land costs more than bad weather.
The interconnection point and its capacity often set the project size.
A 10 MW plant typically takes six to nine months from mobilisation to commissioning.
Performance-linked contracts with availability guarantees and annual generation reporting.
Figures are indicative for fixed-tilt plants in Madhya Pradesh; actual layout follows the site survey.
| Plant size | Land needed | Annual generation |
|---|---|---|
| 1 MW | 4–5 acres | About 1.5–1.7 million units |
| 5 MW | 20–25 acres | About 7.5–8.5 million units |
| 10 MW | 40–50 acres | About 15–17 million units |
| 25 MW | 100–120 acres | About 38–43 million units |
Long-term operations
A large plant has to earn for twenty-five years. That means scheduled cleaning, inverter servicing, spares strategy and honest reporting.
Cleaning cycles, IR scans, torque checks, transformer and switchgear tests.
Monthly availability, performance ratio and loss analysis.
Local spares and trained crews to keep downtime measured in hours.
How it works
A utility-scale project runs through gates, with decisions made at each one.
Site review, irradiation estimate and grid access check.
2–4 weeksLayout, tilt, string design, civil works and single-line diagrams.
3–6 weeksInterconnection approval, land permissions and financing close.
2–6 monthsModules, inverters and balance of system ordered with warranty documents.
6–10 weeksCivil works, piling, module mounting, cabling, substation and commissioning tests.
6–9 months for 10 MWHandover to O&M with availability targets and generation reporting.
Multi-yearFeasibility studies are the cheapest part of the project and save the most money. Start there.
Planning your project
The earlier the grid and land questions are settled, the fewer surprises appear during construction.
Land use, DISCOM interconnection, CEIG inspection and metering arrangement.
Capex, project debt or a PPA structure; we can deliver against any of these.
Module and inverter warranties are separate from our workmanship warranty; both are documented.
A fixed-tilt plant typically needs about 4–5 acres per MW, depending on the site and design.
What you get
Each project is delivered end to end by our own team, from paperwork to the final test.
Load study, shadow analysis and a layout made for your roof or land.
Branded panels and inverters with manufacturer warranties, and corrosion-resistant structures.
Net metering, DISCOM approvals and subsidy paperwork where it applies.
Generation tracking from day one, with maintenance plans to keep output high.
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