Smart water management utilizes a¥∞≈≤dvanced technologies such aσα>s the Internet of Things, big data, a φ✔∑nd cloud computing to achieveλ​ intelligent management€× of water resources from mo&>♠nitoring and manageme♥ε‌nt to protection and§♣✔ restoration.
Hydrological and meteorological$™ monitoring: Real time monitoring δ₽ πof hydrological information such ≈≤γ as rainfall, water ™™level, flow velocity, and ✘↓≤water temperature.
Intelligent managemenσ±±≈t of water resources: ach↔<σieving intelligent sched≈→∏λuling and management oφβ​f water resources.
Water environment monitor<σδing and protection: Real time monitor​↔ing of water environment qualityπφ←π, including water quality, ₽↔aquatic organisms, and aquatic ecolo★π₩gy.
Water ecological restoration t↑δ ↔echnology: using ecologi§≥&₩cal water replenishment, ecologicγ≈εal purification, ecolog✘↕λical restoration, and ecological protecδ€±>tion technologies to improve₹→ the water ecological environmen ©t.
Intelligent management of wate♠→&r engineering: applied to the conλ♦struction and management of w♠€βγater conservancy project♣βδs.
Water disaster prevention system: reali ¶£Ωzing intelligent defensδ÷‍e of water disasters.
Intelligent Water Supply and Use: Throuα↔gh intelligent water supp©♠ εly scheduling and user behavior analy®®∞sis, efficient allocation of wat™ ≥er resources and improveme≤→↕÷nt of users' water-saving awaren✘₩ ♥ess can be achieved.
Construction of Smart Wate÷>≥r Management Platform: Th→σe platform provides convenien♥αt, efficient, and int‌≥elligent services for water resource ma δ‌nagement through funct'♥λ"ions such as data collectλ∞ion, analysis, display, and decision sλε©∏upport.