Müşteri Vakaları

Müşteri Profili

• Industry: Commercial Horticulture & Greenhouse Farming
• Country: Netherlands
• Company Type: Large-scale commercial greenhouse operator (growing high-value tomatoes and bell peppers across 12 hectares)
• Core Need: Reliable, high-precision sıcaklık ve nem sensörü deployment to maintain optimal growing conditions (22–28°C, 60–70%RH) and maximize crop yield while reducing energy costs.

Meydan Okuma

• Inconsistent accuracy: Miras temp and humidity sensor units had ±1.5°C/±5%RH drift, leading to uneven climate zones—stunting growth in 15% of the greenhouse and reducing yield by 8%.
• Durability gaps: Sensors failed within 12 months due to condensation and salt spray from irrigation systems, requiring frequent replacements and inflating maintenance costs.
• Complex integration: Old analog sensors required additional circuitry to interface with the greenhouse’s PLC system, delaying climate adjustments and wasting energy on overheating/overcooling.
• Limited flexibility: Fixed probes couldn’t adapt to different growing zones (seedling vs. mature plants), requiring manual adjustments that increased labor time by 20 hours per week.

Çözüm

• High-precision sensing: Swiss-manufactured SHT3x probes deliver ±0.5°C/±3%RH accuracy, eliminating climate zone inconsistencies and ensuring optimal growing conditions. Factory-calibrated design means no secondary calibration is required for reliable performance.
• Rugged industrial design: IP65-rated, fully enclosed housing with conformal-coated circuit boards resists condensation, dust, and salt spray—extending sensor lifespan to 5 years (vs. 12 months for legacy units).
• Seamless integration: Modbus RS485 and analog (0–5V/0–10V/4–20mA) output options enable direct connection to the greenhouse’s PLC system, with 1s data refresh for real-time climate adjustments.
• Flexible deployment: Wall-mounted design and customizable probe lengths allow installation in seedling trays, mature plant rows, and ventilation zones—adapting to all growing stages with a single temp humidity sensor.
• Energy-efficient operation: Low power consumption (0.1W for RS485) reduces energy costs, while wide voltage input (10–30V DC) ensures compatibility with existing greenhouse power systems.

Sonuçlar

• Yield increased by 12%: Consistent ±0.5°C/±3%RH accuracy eliminated uneven climate zones, resulting in healthier plants and a 12% boost in tomato and bell pepper yield.
• Maintenance costs cut by 75%: Rugged design reduced sensor replacement frequency from 12 months to 5 years, saving €18,000 annually in parts and labor.
• Energy efficiency improved: Real-time PLC integration cut heating/cooling waste by 22%, reducing monthly energy bills by €2,500.
• Labor time reduced: Flexible probe deployment eliminated manual climate adjustments, cutting weekly labor hours by 18 hours.