CLOSE THE INTAKE BEFORE THE FLOOD ARRIVES.

We’re developing flash-flood forecasts for the small streams upstream, so operators have time to divert water and get crews out of the riverbed.

Paid pilots running with Axpo and ewz in Switzerland.

CHF 904 MILLION

is what floods and debris flows cost Switzerland in 2024. It was the worst year since 2005. Nearly 85% of the damage happened in one month.
Source: WSL Swiss flood and landslide damage database

THE WATER ARRIVES BEFORE THE WARNING DOES.

The side streams above hydropower intakes are rarely measured. National flood bulletins cover larger rivers, and rain radar shows where the storm is, not how a specific catchment will respond. Without local sensors, the first reliable signal often comes when the water is already arriving.

RIVER MEASUREMENTS MADE OPERATIONAL

Measure in the catchment

We assess the monitoring already in the streams above your plants. Where measurements are missing, our sensor kit measures water level, temperature and turbidity, with site calibration for suspended sediment concentration.

Receive data every five minutes

Readings are validated automatically and sent to our platform, including from remote alpine sites with no cellular coverage.

Use the data in operations

Follow events as they develop, set your own alert thresholds, and feed the data into the dashboards, models and reporting workflows you already use.

DECISIONS BACKED BY LIVE DATA FROM YOUR OWN CATCHMENT.

Flash-flood forecasting

Our forecasting pilots combine upstream measurements with rainfall data to evaluate our shared AI model at your site. The aim is to name the side stream, estimate when water will reach the critical point and show the model’s confidence. Innosuisse funded.

Protect turbines during high-sediment events

Act on measured concentrations instead of waiting for a sample to come back from the lab. Decide when to close intakes and when turbines need protecting.

Act before a surge arrives

Watch conditions build in the catchment upstream. Close intakes in time, and get field crews out of the riverbed before the water rises.

Monitor flushing and prove compliance

Measure sediment continuously before, during and after a flushing event. One record serves the control room, environmental monitoring and the regulator.

FIELD-PROVEN WITH SWISS HYDROPOWER OPERATORS.

Paid pilot projects are running with three of the largest energy utilities in Switzerland. Our data is already used in day-to-day operations at these plants.

START WITH ONE PLANT.

Tell us where sediment or sudden water creates operational risk. We will assess your existing monitoring, define any additional measurements needed and agree how the data should reach your operations.

HELPFUL DETAILS TO INCLUDE

  1. Plant and catchment

  1. What is causing the problem today: crew safety, sediment, surges, or flushing compliance

  1. Whether you have any upstream monitoring now

  1. How the data would need to reach your operations

FAQ

What does a pilot involve?
Can the data go into our existing systems?
Do the sensors survive high water?
Does this work at remote alpine sites?
Who installs them?
Do we need to replace our existing monitoring?