1. Core Parameter Tailoring
Accuracy/Range: Choose sensor precision (±0.1–5cm) and range (e.g., 0–20m) based on scenarios (lab vs. farm irrigation).
Load/Power: Match distribution modules to actuator power (0.75–55kW) with 10–20% surplus; add interlock logic for multi-pump setups.
Sensor & Actuator Adaptation
Sensors: Use corrosion-resistant (316L) or non-contact (ultrasonic/radar) types for harsh/turbid water; opt for explosion-proof variants in hazardous areas.
Actuators: Equip variable-frequency pumps for high-lift/energy efficiency; select food-grade valves for potable water; add backup pumps for heavy drainage.
2. Control Logic & Safety
Custom Logic: Integrate timing (e.g., irrigation schedules) or linkage (e.g., weather-based valve control); adopt VFD for 30–50% energy savings.
Redundancy: Combine primary (transmitters) and backup (float switches) sensors; trigger alarms + emergency actions (overflow valves) for over/under 水位.
3. Communication & Monitoring
Interfaces: Include RS485 (Modbus) for small systems or Ethernet (TCP/IP) for SCADA/BMS integration; add 4G/5G for remote app access.
HMI: Add touchscreens for local parameter adjustments; implement multi-level password controls.
4. Structure & Durability
Enclosure: Use IP55-rated cabinets with dehumidifiers for outdoor/dusty environments; design compact/wall-mounted versions for space constraints.
Wiring: Separate strong/weak currents; use shielded cables to reduce interference.
5. Cost Optimization
Balance standard components (e.g., distribution parts) with custom features (e.g., explosion-proof design); reserve upgrade interfaces for future expansion.
