Commercial & Industrial Rooftop Solar
Turn Factory Roofs into Multi-Megawatt Clean Power Plants
Engineered specifically for high-load industrial operations such as RMG, textile spinning, dyeing plants, pharmaceuticals, and manufacturing complexes. We optimize solar harvest against high daytime baseloads, reducing peak tariff exposure without altering production schedules.
Factory Rooftop Engineering Scope
Every deployment adheres to BNBC 2020 cyclone safety and zero-penetration waterproofing.
Non-Penetrating Roof Clamps
Zero holes drilled into shed tin, eliminating water leakage and preserving structural warranties.
Diesel-PV Controller Synchronization
Seamless coordination with existing captive diesel generators during grid outages to maximize diesel savings.
High-Temperature Bifacial Yield
N-Type TOPCon cells formulated for tropical humidity and high rooftop ambient temperatures.
4-Phase Project Execution
3D Drone Topography & Lidar Survey
Millimeter-level laser modeling to map roof obstacles, shade zones, and structural trusses.
Structural Ultrasonic & Load Audit
Non-destructive testing certifying wind load rating up to BNBC 2020 Class 4 standards.
Electrical Single-Line Diagram Engineering
Optimized string matching, DC cable trenching, and utility protection relay coordination.
Zero-Downtime Commissioning
Installation phased during routine plant operations without interrupting manufacturing shifts.
Technical & Operational FAQs
Will solar installation interfere with our active factory shifts?
No. All mechanical mounting and cable pulling is scheduled around factory workflow. Final high-voltage connection is performed during scheduled weekend maintenance windows.
Can our pre-engineered building (PEB) support the weight of solar modules?
Modern Tier-1 panels add approximately 12–15 kg/m². Our structural engineers run finite element modeling to ensure total loads stay well within the structural safety margins of your PEB.