Water is a precious resource, and its efficient management is crucial for sustainable development. In this blog, we will explore a real-life use case where measuring water level in underground bores has significantly enhanced water resource management. By employing advanced monitoring technologies, this case study demonstrates the importance of accurate data collection and analysis in optimizing water usage and maintaining the health of groundwater ecosystems.
While measuring water level in underground bores for monitoring purposes offers numerous benefits, there are certain challenges that the water authority faced:The Water Authority oversees a vast region that heavily relies on groundwater as a primary water source. With the increasing demand for water and concerns about sustainability, the authority requested an underground bore monitoring system to track water levels across multiple bore sites.
Sensor Selection: Ensuring the correct measurement range and cable length is essential when considering multiple bores.
Sensor Placement and Installation: Proper placement and installation of sensors can be challenging, especially in complex bore configurations. Incorrect sensor positioning or inadequate installation can result in distorted readings or sensor damage, impacting data reliability.
Data Connectivity and Communication: Underground bores are often located in remote or inaccessible areas, making it challenging to establish reliable data connectivity. Connectivity issues can hamper real-time data transmission, leading to delays in monitoring and response times.
To overcome these challenges, Ellenex proposed the one and only PLM2-N: Submersible Miniature Level Sensor which is a customized variant of the PLS2-N: Submersible Level Sensor – Standard Model. The PLM2-N was capable of measuring the level of several different bores. Each deployed device had a different measurement range and cable length. The device was housed with a narrow-body C-type enclosure that allowed it to be inserted into multiple bores. The Water Authority provided the SIMs based on which the device network settings were configured to transmit data at regular intervals via LTE-CAT M1 to the Ellenex Software Platform, from which a RESTful API was used to extract the data to Water Authority Platform. At Ellenex, we are committed to pushing the boundaries of technology to provide innovative solutions for the ever-evolving industrial landscape. Our high-performance PLM2-N for outdoor applications exemplifies this commitment. By eliminating uncertainties and inefficiencies, our solution empowers industries like this water Authority to optimize their operations and make data-driven decisions. This Water Authority's use case demonstrates the immense value of measuring water levels in underground bores for effective water resource management. By implementing advanced monitoring technologies and utilizing data analysis, they optimize water allocation, plan groundwater recharge initiatives, and safeguard the health of groundwater ecosystems. This case study serves as an inspiring example of how accurate and timely data collection, coupled with informed decision-making, can lead to sustainable water management practices, ensuring the availability of this vital resource for future generations.