AquaCloud ™ is the web software of Aquameas and it provides an overview of your entire network all the time, enabling you to view current and historical measurement data and track how the readings change over long periods. As well as this, you can save pipe network data, correlate measurement results and use network diagnostic functions. With AquaCloud ™ your data becomes mobile. Using the web browser, you have constant access to exactly all the information and data you need.
The Water Meter Management Software has been designed by the talented and experienced Software
Engineers to answer the needs of the public works offices practically and effectively. It is
possible to entegrate the software with the current automation software of the public works.
Enhanced security enables only the access granted personnel to reach the database. Each user
can enter the system with his unique ID and password. With the specified level of authorization
the accessed menus vary. Software Turkish, English, French, Portuguese and Arabic language support.
The software has modules such as customer operations, sales operations, reporting services.
It is possible to access every information based on invoice records, customer records.
The software has the ability to prepare analysis graphics based on list of customers who
do not buy credit for a specified period, or a selected region of residence, or customers types.
The long-term solution to consuming water sustainably is smart water management. A smart water grid system covers everything ranging from storage to consumption. Smart water solutions incorporate both hardware and software, such as smart water meters, wireless sensors (for communication) and analytics, for optimisation of the water cycle.
Real-time intelligent monitoring at the operators’ end aids in mitigating possible risks like contamination of water. At the consumers’ end, real-time feedback enables cost-cutting and water conservation. We focus on smart water meters.
Zone measurements in a drinking water network make it possible for losses to be quantified. In this process, pressure/flow measurements and level/frequency measurements are used to determine areas in which leaks have occurred.
The pre-location or circling in on the water leak is done by listening to directly accessible contact points, such as hydrants or valves. Pre-locating leaks works on the principle of “the louder, the closer” and “the quieter, the further.
For concluding leakage pinpointing, Aquameas offers three quite different technologies (groundmicrophones, tracer gas detectors and correlators).
The aim of all of the Aquameas solutions in this area is to avoid large excavations and the associated effort and to limit the work exactly to the area where the leak is located.
With Aquames’s leak detection products you have a complete system for reliable location and thus for efficient repairs.
While the SCADA receives data from a very large number of sensors (potentially hundreds or thousands), the SCADA itself is a single source of data for the head end system.
The head end system sources the various data streams from the SCADA in near-real time and is able to detect events, execute pre-defined rules or models on the real-time data streams.
Given the large volume of real time streaming data and the need to store historical time-series across long periods of time, especially for the development of forecasting models, a high data volume store is designed.
This data store also stores aggregated data with history, for reporting and analysis purposes. The analysis is ‘Management Information’ type, since data only exist in an aggregated form.
The alerts and notifications engine are being invoked from both the real time data analysis engine as well as the batch data processing engine.
Aggregated and granular data is available for reports. The reports are being developed and viewed via the reporting engine. Report delivery is via browser or mobile phone app.
