Upper Water Tank — Building A78%
62.4 m³
Normal Range · Stable Trend
Water Tanks & Pumping Systems
The visibility required to protect water supply, pumping equipment and operational continuity.
Solluz integrates sensors, electrical control panels and digital platforms to monitor water levels, pressure, pump operation, energy consumption and critical conditions in real time.
- Water Level, Fault and Communication Alerts
- Historical Data for Operations and Maintenance
- Architecture Designed for Future Expansion
Monitored Hydraulic System
ONLINE
Normal CommunicationLast Reading 18 Seconds Ago
Alternating Pump SequenceOperating Sequence Active
Critical AlertsNo Active Events
WATER LEVELPRESSUREPUMPSCURRENTALERTSHISTORICAL DATA
Operational Prevention
Water supply failures rarely begin when someone first notices the problem.
Inadequate water levels, pumps operating outside expected conditions, electrical failures and communication issues may develop for hours before causing a complaint or service interruption.
Monitoring organizes these signals into a clear operational view, allowing action before a critical condition affects residents, clients, teams or processes.
Low Water Level or Overflow
Critical conditions can be identified and reported before they cause water shortages or unnecessary waste.
Pump Running Without Results
Combining pump status, electrical current, pressure and water-level data helps identify abnormal operation.
Equipment Wear Without Historical Data
Operating hours and start frequency support preventive maintenance and balanced equipment rotation.
Delayed Response
Automated alerts reduce dependence on routine inspections and exclusively manual checks.
Variables & Events
The system can display much more than the water level.
The scope is defined according to the equipment, existing infrastructure, operational risks and the desired level of automation.
Water Tanks
Water Level & Volume — Water Tanks
Percentage, height, estimated volume, trends and alerts for low level, high level and overflow.
Water Systems
Pressure & Flow — Hydraulics
Monitoring of line pressure and, when applicable, system flow and water consumption.
Pumps
Pump Status & Starts — Pumps
On and off status, control commands, operating confirmation, sequences and start frequency.
Electrical
Electrical Current & Consumption — Electrical Systems
Electrical current, energy consumption and deviations that may indicate overload or equipment failure.
Maintenance
Operating Hours — Maintenance
Total operating hours for each pump to support equipment rotation, preventive maintenance and performance comparisons.
Alerts
Faults & Communication — Alerts
Missing readings, electrical faults, values outside the defined range and other project-specific events.
How It Works
Sensors, control panels and the monitoring platform must operate as one reliable system.
The project may use existing signals from the electrical control panel, add dedicated sensors and select the most suitable connectivity method to transmit information to the platform.
Automation is designed with interlocks, safety rules and local operating capability. Remote control should only be implemented when the system architecture and operating procedures allow it to be performed safely.
Request a Technical Survey◒
Sensors
Collect water level, pressure, electrical current and equipment signals.
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Local Control
Electrical panels, controllers and installation interlocks.
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Communication
A network designed according to the environment and operational criticality.
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Dashboard
Performance indicators, historical data, alerts and reports.
Applications
An integrated view of the different components within a hydraulic system.
Ground-Level Reservoirs
Water level, incoming supply, available volume and critical-condition alerts.
Upper Water Tanks
Monitoring by building, block, department or operational unit.
Transfer Pumps
Status, electrical current, starts, operating hours and alternation between pumps.
Pressurization Pumps
Pressure, operating status, consumption and indications of abnormal performance.
Fire Protection Systems
Monitoring of status and project-defined conditions, without replacing mandatory inspections or applicable regulatory requirements.
Commercial & Industrial Operations
Process reservoirs, utility systems, internal water supply and critical infrastructure.
Value for Management
Reliable data to improve operations and support decisions.
The platform does not replace maintenance, inspections or professional technical responsibility. It increases visibility and organizes evidence so these activities can be performed more effectively.
Faster Response
Operational events appear on the dashboard and may generate notifications for the responsible team.
Data-Guided Maintenance
Historical information helps identify heavily used equipment and recurring operating patterns.
Reduced Waste
Overflows, improper operation and consumption deviations can be investigated more quickly.
Management Transparency
Managers can monitor conditions, events, performance indicators and the progress of corrective actions.
Structured Implementation
The project begins with a clear understanding of the existing system.
The number of water tanks, hydraulic configuration, electrical panels, pumps, existing sensors and available communication infrastructure directly affect the solution design.
Technical Survey
Mapping of water tanks, pumps, panels, pressure points, signals and infrastructure.
Solution Architecture
Definition of sensors, controllers, connectivity, power supply and integrations.
Installation & Testing
Deployment, calibration, signal validation, alerts and operating-behavior tests.
Dashboards & Permissions
Dashboards for management, maintenance teams and other project-defined users.
Training & Ongoing Support
Guidance on interpreting indicators, responding to alerts and expanding the solution.
Initial Assessment
Describe your water tank and pumping system.
You do not need to know every technical detail. Tell us what you already know, and Solluz will explain which data, photographs, documents or technical visits are required.
1Number and Location of Water Tanks
2Pumps and Variables to Be Monitored
3Current Problem or Project Objective
WhatsApp: +55 (11) 92128-2532
Frequently Asked Questions
Frequently Asked Questions
Can an existing installation be monitored?
Yes. The technical survey identifies which existing signals can be used and which sensors, interfaces or system modifications must be added.
Can the system remotely start and stop pumps?
It may be technically possible, but this depends on safety analysis, interlocks, local operation and professional technical responsibility. Monitoring and remote control are defined separately.
Does the system continue operating without internet access?
Local control can be designed to operate independently. Remote visualization and notifications depend on communication, while the architecture may include local records and connection-failure alerts.
Can multiple buildings or residential communities be monitored?
Yes. Monitoring points can be organized by building, block, property or client, with dedicated permissions and dashboards.
Can the project begin by monitoring only water levels?
Yes. The project may begin with the most critical variables while keeping the architecture ready to incorporate pumps, pressure, energy consumption and additional modules.