Solar Design & Engineering
Precision-Driven Design for Reliable Solar Performance
Electrical Design
We design DC and AC systems including string configurations, protection systems, SCADA integration, and single-line diagrams in compliance with IEC 60364 and CEA 2019 codes.
Structural & Civil Design
Our engineers prepare module-mounting structures, foundation plans, and load calculations customised for wind speed, seismic zones, and soil types.
Design Validation & Review
We validate vendor drawings and issue Good-for-Construction (GFC) approvals, ensuring design integrity through every phase.
Multi-Disciplinary Expertise
Electrical, structural, and civil engineers under one roof.
Quality Focus
Compliance with IEC, MNRE, and CEA design standards.
BIM Ready
3D design models ready for integration with digital twins.
-
Pre consideration before finalizing solar rooftop system
KEY POINTS: Is the owner of the roof the owner of the solar PV system? Have you assessed the revenue streams…
-
How do access the rooftop solar system for house?
The formula for calculating the electricity demand in kWh is: Demand = power consumption per hour x operating hours per day…
-
Process for technical site assessment
Site-specific criteria and trade-offsThe site-specific criteria are similar to the criteria covered in the privious blog roof requirement for a Solar…
-
Different type of Solar PV technologies
The various types of commercially available solar PV modules, including their appearance, maximum efficiencies, manufacturers and possible module designs Module…
-
Inverter selection for rooftop solar system
Inverters are electrical devices that convert the DC power generated by solar PV modules into AC power. They consist of thyristors…
-
AC cable and fuse for Rooftop Solar system
AC cables are needed to connect the inverters’ outputs with the grid or the off-grid electrical system.On the AC side of…