Monitoring and control of fountains

Интеллектуальные системы позволяют контролировать работу фонтана в реальном времени, предотвращать аварии и экономить ресурсы за счет точного управления потоками воды  и сценариями освещения.

Manual control (labor-intensive, human factor)

High costs for electricity and water

Difficulty in diagnostics and troubleshooting

Risks of accidents and breakdowns

Intelligent fountain management

Automation and remote control

Control of fountain operation (on/off, water effects modes, lighting) by schedule.

Resource consumption optimization

Automatic systems adjust water and electricity supply based on selected mode, time of day, and external conditions.

Proactive monitoring and diagnostics

Sensors continuously track key parameters, and the system detects deviations from norms and predicts potential equipment failures before they occur.

Safety enhancement
и надежности

Automatic protection systems shut off the fountain in critical situations (low water level, power grid overload, leak detection), preventing accidents and equipment damage.

System components

Controllers can be integrated into existing control cabinets. Direct connection to sensors for monitoring and data output.

Effect of fountain modernization

Up to 25%

optimization of logistics for site visits

Up to 40%

reduction in resident complaints

Up to 15%

reduction in equipment failure and wear risks

Up to 53%

optimization of electricity costs

Datadisplayed in the system:

  • Remote equipment control:
    automatic by schedule / manual;
  • Ability to connect level sensors for monitoring water level in the fountain
  • Remote setting of on/off schedule
  • Alerts on pump equipment malfunctions

A single system for maximum savings,
reliability and modern management.

After:

  • Precise fault localization in the system interface.
  • Limited remote diagnostics
  • Regular scheduled detours
  • High operating costs
  • Human factor
  • Lack of real-time monitoring

It became:

  • Accurate localization of faults in the system interface
  • Remote equipment control in automatic mode. 
  • Optimization of logistics for maintenance staff travel to sites.
  • Optimization of electricity costs.
  • Notification of cabinet opening/closing.

Display of fountains on the map

Integration into the unified Moscow Region system (MNO) and data exchange via telemetry and fountain operation.

Any other questions?

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