Power and hydro monitoring

Turbines, reservoirs, substations and remote links, with each alarm one click from the command that answers it.

Hydro scheme: a dam cross-section with reservoir level, penstock and power station, with dials for three units and an output trend — Mosaic hydro scheme, shown with demo data. Unit 2 is output-limited by a hot bearing, and unit 3 is on standby.

Energy management, end to end.

From the bearing to the breaker.

Hydro control

Hydroelectric plant control with water flow management, turbine optimization and environmental monitoring. Each unit's output, bearing temperature and standby state sit on one scheme diagram.

Grid management

Real-time grid monitoring, load balancing and automatic switching for power distribution. Single-line diagrams show breaker states, feeders and transformer temperatures, and commands go out from the alarm.

Performance analytics

Analytics for energy efficiency, predictive maintenance and operations, with turbine and bearing condition kept in your own history database and scheduled reports in PDF, Excel or CSV.

Where it runs.

Hydroelectric plants

Dam and reservoir monitoring
Turbine control and optimization
Water flow management
Environmental impact monitoring

Power generation

Grid synchronization and control
Breaker and feeder status
Load forecasting and management
Equipment health monitoring, including turbine bearings
Remote links with satellite failover
Renewable energy integration

From the spillway to the grid, in one view.

The hydro scheme, the substation single-line and the remote links sit in one system, so a hot bearing and a tripped feeder show in the same alarm list.

99.9%
Uptime reliability: 24/7
Global support

Act from the alarm itself.

When equipment at a plant or dam faults, your team can acknowledge it, take ownership, open its panel or send a command from the alarm list.

Alarm list with a right-click menu open on a line card fault, offering acknowledge, take ownership, assign, shelve and snooze, beside impacted services and priority columns — Mosaic alarm list, shown with demo data. A right-click on one alarm opens acknowledge, take ownership, assign, shelve and snooze, among others.

Watch generation across every site.

Generation depends on equipment, water and the grid at the same time, and plants are often far from the people who run them.

One view of plants, dams and distribution lets your team see equipment health, act on it and respond when something goes wrong.

Turbines.Reservoirs.Water flow.Grid load.

Substation single-line diagram: breakers, transformers and feeders with one breaker tripped, a sequence of events log and a right-click menu on the alarm banner — **Substation.**A single-line diagram with breaker states. One feeder breaker has tripped and its feeder is off supply, and one transformer is running hot.

Remote site connectivity: radio and satellite links over terrain, with one radio link down and a pit running on satellite failover — **Remote links.**Radio links over terrain to remote sites, with a satellite path as the failover.

Common questions

What can I monitor at a hydroelectric plant?

Dams, reservoirs, turbines and grid load, from one view.

Can I control plants remotely?

Yes. You can control hydroelectric plants and power generation equipment centrally, with automated workflows.

Does it work across several sites?

Yes. Monitoring and control can span every plant in one system.