Every design is optimized for the project’s sun, wind and weather conditions. Our in-house team handles the full engineering stack — from optics and thermal design to battery, controller and structural engineering — so the finished system performs exactly as specified at your site.
Systems engineered to your project requirements and climate — wind resistance, lux levels and autonomy targets optimized for the location.
Bat-wing, asymmetric and pedestrian optics designed for uniform distribution, glare control and maximum light coverage at the target height.
LiFePO4 platforms with cell-level BMS and MPPT controllers engineered for long cycle life and reliable multi-night autonomy.
Custom housings, branding, materials and configurations developed in-house to match your product line and market requirements.
In-house optical design and photometric measurement for uniform, efficient light distribution.
Heat-sink and thermal simulation for reliable LED and battery performance in hot climates.
Ingress and impact validation to IP65/IP66 and IK08 protection standards.
Structural calculation and wind-resistance validation for poles and mounting systems.
Free photometric simulation confirming lux levels, uniformity and pole spacing before production.
Fast tooling and sampling to validate your design and configuration before mass production.
Every product is validated against the conditions it will face in the field — wind, rain, dust, heat and impact. Our testing covers:
CE
ISO 9001
RoHS
IEC 62619Every project can be validated with a free DIALux lighting simulation — confirming lux levels, uniformity and pole spacing before production, so the system is engineered to deliver the specified performance at your site.
Share site, wattage and performance targets. We confirm the engineering scope.
Optical, thermal and structural design with a DIALux lighting simulation.
Sample produced and approved with your branding and configuration.
IP/IK, wind and aging tests to confirm the product meets its spec.
Mass production with 100% outgoing quality control on every unit.
Worldwide delivery, installation guidance and after-sales support.
Yes. A DIALux photometric simulation is provided free with every project proposal. It confirms lux levels, uniformity and pole spacing so you can validate the design before any commitment.
Yes. Designs are tailored to your site — wind-load and structural calculations for exposed locations, thermal design for hot climates, and autonomy/battery sizing for your sunshine hours and cloud cover.
Products are engineered to IP65/IP66 ingress protection and IK08 impact resistance, with CE and RoHS certification (IEC 62619 for battery modules), validated by aging and wind-resistance testing.
Standard customization with branding and packaging typically takes 2–4 weeks including sampling. New housing or optical development is longer — we confirm a schedule with your quotation.
Yes. Our in-house team can develop to match your target wattage, battery, optics, housing and branding requirements, with a prototype approved before mass production.
Send your site conditions and lighting requirements for a customized solution, engineered to maximize efficiency in your project location.