Manage water at the right pressure and measure the energy.
Pump operation, flow and pressure management, energy scenarios and runtime calculations work together. The objective is to meet plant demand while using shared water sources and hydraulic capacity efficiently.
How to structure the project
Review the pump curve, pipe losses, minimum operating conditions and electrical panel. Compare water and energy readings over matched intervals. Schedule simultaneous zones according to capacity. Engineer VFD/PLC integration and advanced optimisation only after confirming hardware and panel compatibility.
Within this solution family
Pump Operation Optimisation
A measured approach to pump optimisation that coordinates irrigation demand, pump capacity and watering windows.
Flow and Pressure Optimisation
Monitor zone flow and pressure together to assess under-watering, leakage and hydraulic capacity issues.
Energy-Saving Scenarios
Energy-efficiency scenarios that assess irrigation energy together with pumped water volume, rather than runtime alone.
Irrigation Runtime Optimisation
Determine watering duration from plant demand, effective rainfall, soil water balance and measured application rate.
Project and acceptance criteria
- Define site assets, device/zone mapping and data sources.
- Verify valve, sensor, gateway and communication compatibility.
- Test data accuracy, alarms and outage behaviour using representative scenarios.
- Handover permissions, maintenance, backup and reporting procedures to the operations team.
Explainable AI, hydraulically constrained optimisation, predictive maintenance and enterprise integration are staged development objectives subject to selected hardware and pilot validation. Standard delivery scope is defined separately in the quotation.
Plan your landscape irrigation project with us.
Share the site area, valve count, existing connectivity and project objectives. We can define device selection, coverage survey, integration and pilot requirements together.
