A small community of 5 distant cameras has been put in to boost the monitoring of key flood infrastructure at Schaffhausen, a municipality within the north of Switzerland. Positioned within the foothills of the Jura mountains, the realm is uncovered to flood danger so it will be important that flood defence workers are supplied with quick, correct data in order that they will reply shortly and appropriately. (Phrases: Meteor Communications).
The problem
SH POWER preserve the power and water networks for Schaffhausen, together with the hydro-electric energy station on the River Rhine within the metropolis. A part of their remit is to observe and preserve the realm’s flood defence infrastructure. Endress and Hauser water degree screens had already been put in, however throughout flood danger conditions it’s important that managers have entry to detailed data on the elements affecting water degree readings. The problem at Schaffhausen was due to this fact to not simply confirm water degree readings at key areas, however to additionally present flood managers with higher site-specific data and advance data of potential flood conditions.
The answer
As a specialist supplier of distant monitoring tools, together with sturdy, field-use cameras, Meteor Communications labored with the crew from SH POWER to guage the potential monitoring areas. This led to the deployment of Meteor’s MRC-RPS-C Pillar system cameras on the chosen areas.
The MRC-RPS-C Pillar system is an entire, self-contained digital camera housed in a stainless-steel enclosure and powered by a small photo voltaic panel. This allows carbon-neutral, autonomous operation with no ongoing upkeep requirement.
All 5 cameras had been put in and commissioned by Meteor and SH POWER engineers throughout a single day in March 2024. Every digital camera was pre-configured for web site and geared up with a roaming SIM for dependable community connectivity. The cameras had been set to supply scheduled photos each hour, with the power to ship further photos on demand or when triggered by native flood situations. Photos are compressed to make sure dependable transmission, even when mobile protection is poor – throughout storm occasions for instance. Communication is through 4G, 3G or GPRS and picture visualisation is offered by the MeteorCloud® platform – a safe net portal for viewing digital camera photos, diagnostics and historic imagery.
The advantages
Distant visibility of crucial buildings gives a variety of advantages as a result of cameras can confirm water degree readings and infrequently present the causes of water rising. For instance, a digital camera could present {that a} drainage channel is blocked, or {that a} degree monitor is broken, which permits flood prevention managers to shortly deploy acceptable workers and tools.
By offering visibility of web site situations, the cameras assist SH POWER to detect potential flooding incidents at an early stage. Additionally they allow the distant evaluation of danger in order that workers can decide whether or not a web site go to is critical and secure, and if that’s the case, when that must be, how many individuals will go and what tools will likely be required. This helps keep away from pointless web site visits, leaving workers and assets obtainable for essentially the most pressing necessities. It additionally reduces prices and lowers the carbon footprint of operations.
The cameras additionally present an entire overview of the river system, permitting SH POWER to evaluate potential dangers higher and quicker.
The larger image
Within the UK 1,800 Meteor MRC digital camera programs have been in service for over 8 years with Authorities departments such because the Setting Company, serving to to observe important flood defence buildings. Throughout Europe, over 3,500 cameras are at the moment in operation monitoring crucial distant infrastructure similar to flood defence buildings, rail networks and water remedy works.