01
Instrumentation and detection
Field sensors to measure level, pressure and flow. Connected by redundant telemetry and ready for sites with no existing infrastructure.
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Solutions for day-to-day operation and emergencies at ponds
Continuous monitoring, early warning and engineering services for irrigation and storage ponds and auxiliary infrastructure.
Sensors Remote monitoring infrastructure and field deployment
iDam software Real-time remote monitoring and infrastructure management
Custom solutions In-house engineering office
100% Lafcarr technology
Our solution
What can we do for your pond?
Lafcarr covers a pond's full life cycle: from field instrumentation to technical management and operational maintenance. Each pillar works on its own or integrated, depending on criticality and available resources.
02
iDam
Software and monitoring
24/7 monitoring platform with automatic threshold alerts, history, reports and remote management. All data in one web environment accessible from any device.
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03
Emergency plan and warning
Electronic sirens, manual and automatic activators, and warning protocols for operators and the public. Documentation and regulatory compliance included.
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04
Engineering services
Operation management, safety reviews, preventive and corrective maintenance, and turnkey installation. Ongoing technical support tailored to each infrastructure.
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Technical architecture
How a Lafcarr pond solution is structured
The solution is sized according to the pond's location, the available power, local communications, the level of monitoring required and the flood risk level (if any). The result can range from a standalone warning set-up to a connected architecture with sensors, telemetry and iDam.
01
Detection and sensors
Measurement of level, pressure, flow or weather variables, depending on the infrastructure's needs.
02
Monitoring and traceability
Event logging, remote communication and integration with a control centre or with iDam for visualisation, history and reports.
03
Operation and maintenance
Functional validation, staff training and preventive or corrective maintenance to ensure operational continuity.
04
Activation logic
Manual activation in the field, an autonomous local controller or programmable logic with automatic triggering under defined conditions.
05
Public warning
Compact or omnidirectional electronic siren, warning lights or both, depending on coverage and the operating environment.
Operational context
What risks justify a warning system at a pond?
An irrigation or storage pond does not usually need the same approach as a large dam, but a breach, overflow or operational failure can cause material damage, service interruptions and risks for operators or nearby areas.
The applicable regulatory obligation depends on the pond's classification, ownership, region and country; we recommend a specific applicability analysis in each case. Whether or not there is a specific obligation, a properly sized warning system clearly improves operational safety, shortens response times and provides traceability of what happened, making it possible to detect anomalies, warn in time and act with greater control.
System architecture
Pond monitoring diagram
Technical diagram of the integrated surveillance, sensor and remote control system for water storage infrastructure.
Realistic operation
Quick deployment, simple operation and affordable maintenance
Many ponds are in rural areas with limited access, no continuous power supply or no existing control systems. That's why every Lafcarr solution is designed to work in real conditions, with rugged equipment, clear procedures and maintenance that doesn't require complex technical infrastructure.
IP65 / IP66 equipment
Pre-configured kits
No SCADA required
Solar or mains power
Operational training included
Low maintenance
Overview
Local warning, operational control and deployment suited to real infrastructure
Every pond has different access, power, communications and criticality conditions. Lafcarr adapts the architecture of each solution to these constraints, without oversizing or adding unnecessary complexity.
Risks covered
- Pond breach or structural failure
- Overflow due to excess level
- Warning for operators and nearby staff
- Pressure, flow or operating incidents
Where it applies
- Agricultural and irrigation ponds
- Irrigation communities
- Auxiliary and hydraulic infrastructure
- Isolated sites without a control centre
Deployment options
- Standalone system with no existing infrastructure
- Local manual activation by push button
- Automatic activation by sensors
- Optional remote control and logging
Operational outcome
- Immediate warning of any incident
- Traceability and event logging
- Less reliance on complex systems
- Simple, predictable maintenance
Frequently asked questions
Common technical questions about pond solutions
We answer the questions most often raised by operators, engineering firms and authorities during the consultancy phase.
Is a control centre required?
No. Level 1 and level 2 solutions can run completely standalone or with local activation. A control centre is only needed when centralised remote monitoring is required, as in level 3 configurations with the iDam platform.
Can it run on solar power?
Yes. Where there is no power supply, configurations include solar power with backup batteries, sized to guarantee continuous operation even during periods of low sunlight.
Can existing sensors be integrated?
Yes, provided the project architecture allows it and the existing sensors' signals are compatible. The technical feasibility of integrating third-party instrumentation is analysed during the engineering phase.
What maintenance does the solution need?
It depends on the configuration. In general, pond solutions are designed for low maintenance: periodic functional validation, battery checks (where applicable) and checking the status of sensors and communications. Lafcarr offers preventive and corrective maintenance services.
How long does a full deployment take?
A standalone level 1 solution can be operational within a few days of project approval. Connected or end-to-end configurations require a prior engineering phase, but field deployment is usually completed quickly thanks to pre-configured kits.
Need a solution
tailored to your pond?
Every situation needs a system tailored to the
risk, the environment and the regulations. Tell us about your
case: we'll design a functional,
scalable solution that meets the regulatory requirements identified for your project.