We document road classes, dark spots, existing poles, security zones and footfall. Target lux levels and uniformity are agreed with stakeholders. A quick solar resource and shading scan helps pick feasible pole heights, mast locations and typical lumen packages before design.

Photometric layouts and pole spacing are simulated to achieve uniformity, glare control and targeted lux values. We size PV, battery and controller for autonomy, define dimming schedules or motion-boost profiles, and assemble a bill of materials with delivery timeline.

Specifications are aligned to BIS/IEC guidelines, IP66/IK08 targets, and relevant civic norms. Where required, we prepare structural checks, foundation drawings and utility/NOC documentation. This ensures materials, ratings and workmanship meet municipal or campus standards prior to execution.

Foundations, poles and luminaires are installed with corrosion-protected hardware. Controllers are programmed for dusk-to-dawn logic and staged dimming. Cable routing, earthing, surge protection and signage follow safety checklists, minimizing civil disruption and enabling phased, low-downtime commissioning across corridors.

Night trials verify lux levels at representative points and check uniformity and glare. Control profiles are tuned for the site. Handover includes test reports, as-built drawings, programming files and basic training for on-ground staff and facility teams.

Preventive cleaning, battery health checks and ticketed breakdown response keep reliability high. Optional remote monitoring tracks energy, alarms and uptime. Seasonal adjustments to dimming or motion thresholds maintain autonomy targets during monsoons and extend component life through measured operation.