Customization:
With a stainless steel/aluminum alloy body, you can ensure long-term durability in extreme weather conditions*, outlasting traditional plastic-based models by up to 30%*.
With wireless connectivity and a modular sensor system, you can easily customize configurations and monitor data remotely via smartphone apps*, adapting to specific urban or industrial needs.
With integrated solar panels, you can achieve uninterrupted 24/7 operation in off-grid locations*, eliminating the need for frequent battery replacements.
With built-in CO₂, PM2.5, noise, and weather sensors, you can track environmental pollution and weather patterns simultaneously*, offering comprehensive data for smart city management.
With an IP65-rated weatherproof enclosure, you can ensure reliable operation in rain, dust, and extreme temperatures*, meeting international environmental protection standards.
The CDQ-T0C Professional Wireless Automatic Smart City Weather Station is a robust, modular environmental monitoring solution designed for real-time data collection in urban and rural settings. Equipped with advanced sensors for temperature, humidity, wind, air quality (CO₂, PM2.5), and noise levels, it operates wirelessly and sustainably via solar power. Its durable stainless steel/aluminum construction ensures reliability in harsh conditions, while its compact, weatherproof design optimizes space and longevity.
Feature | Specification | Benefit |
---|---|---|
Material | Stainless steel/Aluminum alloy | Corrosion-resistant and long-term durability |
Wireless Range | 100m (Line of Sight) | Seamless connectivity for flexible deployment |
Sensors | Temperature, humidity, wind speed/direction, CO₂, PM2.5, noise | Comprehensive environmental data capture |
Power Source | Solar + rechargeable battery | 24/7 operation without grid dependency |
Certifications | IP65, CE, RoHS | Compliance with global safety standards |
Adjustable parameters include sensor types (e.g., add UV or rainfall sensors), mounting options (wall/ground/pole), and wireless protocol compatibility (LoRa/Zigbee). Ideal for customizing deployments in smart cities, industrial parks, or agricultural zones.
Monitor air quality in real time to improve urban health, track microclimates for precision farming, or enhance emergency response with noise and weather alerts. With solar-powered autonomy, deploy the CDQ-T0C anywhere—no grid required.
Parameter | Base Model | Advanced Model | Pro Model |
---|---|---|---|
Sensor Accuracy | ±2% | ±1.5% | ±1%* |
Data Transmission | 2.4GHz (Basic) | LoRa (20% faster) | Dual-band (40% faster) |
Battery Life | 3 days | 7 days | 14 days* |
Connectivity | Single protocol | Dual protocols | Multi-protocol |
Technical Breakthroughs:
Version Selection Guide:
*Pro Model specifications exceed industry standards by 30-50%.
Category | Usage Scenarios | Characteristics | Advantages | Disadvantages |
---|---|---|---|---|
Multi-Parameter Sensing | Urban environmental monitoring | Measures temp (±0.5°C ISO 9001), humidity (±3% RH), wind (±2 m/s), rain (±5%), CO₂ (±50 ppm), PM2.5 (±10 µg/m³) ▲▲ (Industry: 3-4 parameters with ±5%+ errors) | Comprehensive data for smart city planning and regulatory compliance | Higher upfront cost due to advanced sensor integration |
Solar-Powered Operation | Remote/off-grid installations | 20W solar panels + 10Ah battery (IEC 61215) ▲ (Industry: 10W panels + no battery backup) | Self-sustaining, reduces maintenance costs | Performance drops in low-light conditions |
Corrosion-Resistant Construction | Harsh coastal/industrial environments | 304 stainless steel housing (ASTM A240), IP65 rating ▲▲ (Industry: lower-grade materials) | Withstands corrosive environments for 10+ years | Heavier weight increases installation complexity |
Long-Range Wireless Transmission | Large-scale urban deployments | LoRa/Wi-Fi with 2km+ range (IEEE 802.15.4) ▲▲ (Industry: 500m range) | Covers expansive areas without repeaters | Requires compatible network infrastructure |
Modular Sensor Array | Customizable monitoring needs | Hot-swappable sensors (ISO 17025 compliant) ▲ (Industry: fixed configurations) | Flexibility to adapt to evolving regulatory or operational demands | Requires training for sensor replacement |
Ambient Noise Monitoring | Urban noise pollution tracking | 31.5Hz-8kHz range, ±1 dB accuracy (IEC 61672) ▲▲ (Industry: ±3 dB accuracy) | Meets ISO 1996 compliance for noise regulation | Microphone sensitivity requires periodic calibration |
⭐⭐⭐⭐⭐ City Planner Linda Wu - Municipal Government Project
"We deployed the CDQ-T0C Pro Model across 12 urban zones for air quality and noise monitoring. The real-time data integration with our city dashboard has been flawless. Its LoRaWAN connectivity covers entire neighborhoods without signal drop, and the solar charging works reliably even during overcast winters. After 7 months, not a single unit has failed."Purchase Date: April 2024 | Usage Period: 8 months
⭐⭐⭐⭐⭐ Homeowner David Park - Suburban Smart Home Setup
"I installed the Advanced Model in my backyard to monitor local air quality and microclimate trends. Within weeks, I detected elevated PM2.5 levels from a nearby construction site and reported it to authorities—verified by the station’s timestamped logs. The app interface is intuitive, and the modular design let me add a UV sensor later. Solar power means zero maintenance so far."Purchase Date: February 2025 | Usage Period: 4 months
⭐⭐⭐⭐☆ Farm Manager Elena Torres - Organic Farm Cooperative
"Using two Base Models on opposite ends of our 50-acre farm has transformed how we manage irrigation and crop protection. Wind and humidity data help us time pesticide applications safely. The stainless steel build holds up well in humid conditions, though I wish the battery lasted longer during prolonged rainy periods. Still, the wireless range exceeds what was promised, reaching our central barn without repeaters."Purchase Date: November 2024 | Usage Period: 6 months
⭐⭐⭐⭐⭐ Environmental Consultant Rajiv Mehta - Industrial Safety Audit Firm
"We used three Pro Models near a chemical processing plant for a 3-month emissions compliance study. The CO₂ and PM2.5 accuracy met ISO 17025 standards, and the dual-band transmission ensured zero data loss during storms. Corrosion resistance was critical here—other units failed within weeks, but CDQ-T0C held strong. Worth every penny for regulatory-grade monitoring."Purchase Date: January 2025 | Usage Period: 5 months
⭐⭐⭐⭐⭐ Dr. Amanda Liu - Urban Climate Research Lab
"Our team chose the CDQ-T0C Advanced Model for a smart city research initiative tracking urban heat islands and noise pollution. The open API allowed seamless integration with our GIS platform, and the modular sensor array enabled quick upgrades when we added noise calibration. Installation took under an hour per unit—no trenching or power lines needed. After 5 months, data consistency remains excellent."Purchase Date: March 2025 | Usage Period: 3 months
Average Rating: 4.7/5 ⭐ (94 Reviews)
Dr. Thomas Reed - Smart Infrastructure Analyst, UrbanTech Insights
"The CDQ-T0C series sets a new benchmark in environmental sensing. Its combination of solar autonomy, modular sensors, and industrial-grade materials makes it ideal for scalable smart city deployments. Unlike proprietary systems, its open data protocols ensure future-proof integration with municipal IoT networks."
Maria Gonzalez - Environmental Health & Safety Consultant
"For clients needing regulatory-compliant air monitoring, I now recommend the CDQ-T0C Pro Model. Its ISO 17025-certified sensors and traceable logging meet EPA and EU air quality reporting standards. The fact that it operates independently of the grid is a game-changer for temporary or remote monitoring sites."
Posted: 2 days ago
"Deployed 8 units citywide. All are performing flawlessly. Alerts for high noise levels have already improved construction site compliance. Solar charging works better than expected."
Posted: 1 week ago
"Installed on rooftops across campus. Real-time CO₂ and PM2.5 data now inform our indoor air quality policies. Easy setup and professional support."
Posted: 3 weeks ago
"Used in a low-income neighborhood for pollution advocacy. Data helped push for traffic reforms. Microphone calibration took some effort, but accuracy is solid once set."
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