Irrigation and supply networks, from design to commissioning.
Featured projects
Integration, scale, energy and mixed service: each project demonstrates a different capability.
Córdoba · Guadalmellato Canal
Volumetric canal control, a digital twin with demand and hydraulic models, nitrate balance and the aquifer leachate control required by the basin authority. The whole community on one platform and one control centre.
Telecontrol for the Tierras de Almería irrigation modernisation, with 684 hydrants. Works and extension delivered in 2026.
Sabucedo, Lamas Grande, Alta Limia and Corno do Monte, integrated in one network with private APN, VPN and multi-band IoT. 42 intakes. Seven photovoltaic plants power it, with no dependence on a grid connection.
A network serving the irrigation of 1,758 members, three golf courses and the drinking water of 340,000 people, with separate accounting by use. It covers 9,464 hectares and 11 ponds holding 489,165 m³. These figures describe the network served, not the number of installed points.
All references
Select a project to see its scope, equipment and software.
24 projects
Beyond irrigation
Tanks, pumping, water quality and telecontrol: the experience also extends to island and municipal water supply.
Fifteen thousand remotes in the field and one hundred and eighty projects since 2017. In lime, what already operates daily; in orange, the countries where we are looking for a partner to enter the market.
World map with the seven countries where miiwater has a network in production marked in lime and the fifty-eight target countries marked in orange.
Outline: Natural Earth 1:110m, public domain. Drawn in-house, with no external map services.
Deployment configuration in minutes, or consultation with the engineering team.
From canal control to the digital twin and environmental monitoring.
Volumetric canal control, a digital twin with demand and hydraulic models, nitrate balance and the aquifer leachate control required by the basin authority. The whole community on one platform and one control centre.
The largest network commissioned: telecontrol for an irrigation modernisation.
Telecontrol for the Tierras de Almería irrigation modernisation, with 684 hydrants. Works and extension delivered in 2026.
Four communities in a single network and seven solar plants.
Sabucedo, Lamas Grande, Alta Limia and Corno do Monte, integrated in one network with private APN, VPN and multi-band IoT. 42 intakes. Seven photovoltaic plants power it, with no dependence on a grid connection.
Irrigation, three golf courses and drinking water on one platform.
A network serving the irrigation of 1,758 members, three golf courses and the drinking water of 340,000 people, with separate accounting by use. It covers 9,464 hectares and 11 ponds holding 489,165 m³. These figures describe the network served, not the number of installed points.
Canal control and monitoring of irrigation return flows.
Volumetric canal control with radar flow meters, soil moisture in six sectors and monitoring of return flows to the five streams entering the Arrocampo reservoir.
A complete deployment: canal, pond, pumping and intake.
A datalogger on the Lodosa Canal and telecontrol of the pond, pumping station and intake. Quad-band, vandal-resistant equipment for a community organised in four sectors.
Pumping, a solar plant and three-level pressure alarms.
Telecontrol of pumping and the solar plant, with a three-level pressure alarm scheme that informs the operator of network incidents.
Sector pumping stations and the solar plant that powers them.
Telecontrol of the sector pumping stations and the solar plant that powers them, on the Lobón Canal.
River intake with five pumps and an RTU fleet.
Telecontrol of the river intake, with five pumps, and of the whole community’s RTU fleet.
Vineyard and winery water on one platform.
A project from 2023 to 2025 integrating intake, distribution, irrigation and the water inside the winery on one platform.
Water supply and solar pumping for a solar thermal plant.
A project from 2022 to 2023: telecontrol of the supply pipeline to the plant and of the 90 kW solar pumping that fills its pond.
Measurement on infrastructure modernised in phases.
A community of 7,568 hectares, 719 members and five municipalities, modernised in phases since 1989. The project instruments legacy infrastructure. Area and membership figures describe the community; the deployment comprises five points.
Island telecontrol, SCADA and maintenance since 2019.
Telecontrol of the island, its SCADA and active maintenance since 2019, with a certificate of good performance.
Level and chlorine at the municipal tank.
A 2025 project to supervise level and chlorine at the municipal tank with no site visits to check its status.
Equipment to digitalise the municipality’s water cycle.
Supply and installation, in 2025 and 2026, of the equipment that digitalises the municipality’s water cycle.
Monitoring of 470 hydrants and 15 soil and weather points.
A network focused on flow measurement.
65 flow points integrated in Monitor and SCADA.
Hydrants, soil and weather, intakes, valves and pumping.
Flow measurement at 48 points.
Flow measurement and one pumping point.
Hydrants, soil and weather, and one wells and ponds point.
Monitoring of wells and ponds, and valve control.
One flow point connected to Monitor.
