Solar Lighting International provides engineering-grade IoT street lights engineered specifically for municipal Smart City initiatives. Utilizing proven Sub-1GHz mesh communication across 433MHz and 915MHz frequencies, our systems establish reliable wireless control loops with reliable communication radii exceeding 1,500 meters (0.9 miles circumference) per gateway standard.
Real-time operational health telemetry eliminates routine physical patrols. Automated fault detection instantly logs outages and provides exact GPS coordinates directly to facility managers.
Establishes a robust, self-healing wireless backbone ready for future smart city expansion. Connects hundreds of luminaire nodes seamlessly back to central management consoles.
Adaptive dimming protocols and dynamic sensor triggers yield up to 82% reduction in net energy utilization compared to standard unmanaged fixtures, automatically recording carbon offsets.
Facilities teams gain granular control over single fixtures or group networks. Luminaire operation dynamically adapts to real-world ambient conditions and preset scheduling policies.
Beyond lighting, each Stealth II IoT gateway and luminaire node functions as a modular sensor hub for city-wide environmental monitoring and public safety networks.
SLiNET Cloud delivers an enterprise-level platform for monitoring, controlling, and analyzing utility-scale and municipal solar lighting deployments worldwide. Engineered for high security and seamless scalability across thousands of distributed locations.
| Architecture Level | Communication Standard | Key Hardware / Software Feature | Operational Capability |
|---|---|---|---|
| Cloud Platform Layer | HTTPS / TLS Encrypted Web API | SLiNET Visual GIS Map Platform | City-wide schedule overrides, energy auditing, automated email/SMS fault dispatching. |
| Gateway Layer | 4G / 5G Cellular (T-Mobile Certified) / Ethernet | Stealth II Solar / AC Gateway | Manages up to 200 luminaire nodes, Sub-1G transmitter, local backup energy calculation. |
| Node Control Layer | Sub-1GHz (433MHz / 915MHz Wireless Mesh) | Intelligent Fixture Node Controller | Direct serial link to LED driver, auto-mesh routing, instantaneous photocell/dimming control. |
| Sensor Expansion Layer | RS485 / Modbus / GPIO Input/Output | Modular Smart Sensor Interface | Real-time telemetry for environmental, traffic, seismic, and flood warning sub-systems. |
The Stealth II Gateway connects field nodes back to the SLiNET cloud infrastructure. Available in both fully off-grid solar and AC-interactive configurations.
Individual nodes attach directly to fixture housing, communicating wirelessly via a resilient mesh network that bypasses physical line-of-sight obstacles.
Review engineering literature, gateway documentation, and carrier compliance certificates for commercial procurement planning.
Detailed technical layout and structural specs for integrated IoT Smart Solar Poles.
Specification PDFComplete electrical, environmental, and RF communication specs for the IoT Gateway.
Technical DatasheetOfficial T-Mobile certification documentation for the Stealth II IoT Gateway module.
Carrier CertificationOur sales engineering team provides complete turnkey project support, photometric lux modeling, system sizing analysis, and IoT infrastructure planning for municipal and commercial buyers globally.
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