Solar Radiation Monitoring Technology plays a key role in supporting Smart City and Service Infrastructure by providing accurate environmental data for energy planning, urban management, and sustainability initiatives.
This technology utilizes advanced solar radiation sensors designed to measure sunlight intensity using a photoelectric measurement principle, covering a wide spectral range of 0.3–3.0 μm. The collected data enables organizations and municipalities to better understand solar exposure, optimize renewable energy usage, and improve environmental decision-making through real-time insights.
Core Technology Capabilities
High-Accuracy Solar Radiation Measurement
The system supports a wide measuring range of up to 1800 W/m², enabling reliable assessment of solar energy availability, climatic conditions, and environmental performance across urban and industrial environments.
Designed for Outdoor Smart Infrastructure
With IP65-rated protection, anti-dust treatment, and UV-resistant housing, the technology is built to operate consistently in outdoor conditions, making it ideal for city-wide monitoring and public infrastructure deployment.
Low Power Consumption & High Reliability
Engineered for long-term operation, the system operates with very low power consumption (0.08W) and supports a wide input voltage range (10–30V DC). It maintains stable performance in extreme temperatures from -40°C to +60°C, ensuring reliability in diverse climates.
Seamless System Integration
Equipped with RS-485 communication and Modbus RTU protocol, the technology enables easy integration with:
- Smart City platforms
- Environmental monitoring systems
- Energy management systems (EMS)
- SCADA and IoT-based applications
This open communication architecture ensures scalable deployment and future-ready system expansion.
Supporting Smart City & Service Applications
- Urban environmental and climate monitoring
- Smart renewable energy assessment
- Smart infrastructure and facility management
- Sustainability and carbon reduction programs
- Data-driven city planning and public services