Engineering Case Studies
A look at how we approach solar system design for real building types. Figures shown are illustrative engineering concepts, not universal values for every building.
36-Flat Residential Building
A mid-rise residential building with shared essential loads (lifts, common lighting, water pumps, lobby) required both electricity bill reduction and reliable backup for essential services. The concept below illustrates one way this could be engineered — not a guaranteed specification for every 36-flat building.
- Rooftop assessed for a mono-slope shed structure
- Hybrid inverter sized around essential + partial loads
- LiFePO4 battery bank for backup continuity
- Net metering considered for daytime export
This is an illustrative engineering case study. Actual solar capacity, inverter size, battery capacity and backup duration for your building will depend on a project-specific site visit and load analysis. These figures should not be treated as a fixed specification or price for any project.
We're Building a Track Record, Building by Building
As we complete solar assessments and installations, we'll add real project case studies here. In the meantime, our engineering track record in structural, geotechnical and construction work spans 20+ leading developers across Bangladesh.