Engineering-first EPC for 50kW-1MW commercial & industrial installations
4+
MW Engineered
±1.5°
Mounting Tolerance
25+
Year Design Life
142
Point Site Assessment
When production lines depend on consistent power, solar arrays become engineering assets—not just installations.
One team responsible from structural analysis to final commissioning protocol.
Factory-calibrated assembly with ±1.5° mounting tolerance.
Designed for industrial environments with chemical, thermal, and load challenges.
Engineering Checkpoints
A systematic 4-phase approach ensuring every project meets industrial power reliability standards.
142-Point Technical Assessment
Precision Engineering Design
Factory-Calibrated Assembly
System Validation & Handover
142-Point Technical Assessment
Engineering Documents
Sample engineering drawings, calculation sheets, and QC reports for this phase
| Technical Parameter | Our Engineering Approach | Typical EPC Approach | Impact on Reliability |
|---|---|---|---|
| Wind Load Calculation | IS 875 Part 3 + Site-Specific Anemometer Data | Generic Zone-Based Estimates | Prevents 85% of wind-related failures in coastal zones |
| Foundation Design | Geotechnical Report + Dynamic Load Analysis | Standard Template Application | Eliminates settlement issues in unstable soil conditions |
| DC/AC Ratio | Climate-Adjusted Annual Simulation | Rule of Thumb Application | Optimizes inverter efficiency by 12-18% annually |
| Maintenance Access | 3D Modeling of Service Pathways | Post-Installation Consideration | Reduces maintenance time by 40% over asset lifetime |
Each additional engineering checkpoint reduces long-term operational risk by an estimated 15-20%. Our comprehensive approach prevents common failure points that typical installations encounter after 5-7 years.
We work with globally proven manufacturers and agri-technology leaders to ensure reliability, longevity, and field performance.
