A smart water grid plan is used for filling minor irrigation tanks in the regions, for transfer of water from canal system and from surplus regions to enable dry spell mitigation in the drought prone districts of the state. To enable this, integration of database of all tanks to which water can be supplied are identified and source from which water can be transferred to tanks is mapped using technology.
With remote sensing in near real-time
By using IoT and Artificial Intelligence
Helps with runoff & reliability of runoff estimation into MI Tanks through a network flow model
Consolidated maps with all the layers in both, web dashboard as layers and high resolution smart water grid maps
Helping in identifying potential MI tanks to link
Promotes efficient use of water through proper planning execution
The exact path and way to link either via lift or gravity is identified based on weighted overlay methods
Helps in meeting water requirements for various purposes like drinking, irrigation purposes etc.
Our aquaWISE platform includes
One authoritative system for all water resources related information bringing different stakeholders working in silos to a single platform aimed at enabling effective decision making and planning of water resources
Helps in planning watershed activities effectively by enabling them with the identification of villages in deficit/excess runoff availability and recommending conservation structures by leveraging Artificial Intelligence with ingestion of hydrogeological features
Provides visibility into the key reservoir information aimed at smooth reservoir functioning by moderating the flow efficiently so that it can facilitate in the equitable sharing of deficit and meet demands of various stakeholders
Enabling planning water supply from the source to habitat using hydrological and geological assessment with focus on minimizing the crossings, optimizing the pipes lengths, enabling use of gravity over pumping to improve efficiency and reduce costs
The system assists with lead time along with inflow forecast helping in understanding of the amount of water that will be incoming into the reservoirs, or catchment area over the next few days using hydrological and mathematical models which leads to preventive actionable insights
Provides with the assessment of the automated flow management system to optimize the productivity of the schemes resulting in cost reduction in pumping operations
Assists with effective command area planning and management through scientific approach ensuring better utilization of irrigation potential by increasing the irrigated area and cost optimization
Provides insights into the water estimate that can be utilised at the time of crisis by real-time monitoring of waterbodies harnessing remote sensing technology
Satellite-IoT based solution that monitors the water quality and lake health changes. Remote sensing based assessment helps to identify any changes in prescribed area, understand any encroachment and workflow to remove them
Estimates the amount of water required over the next two weeks at the reservoir level or individual off-takenpoint level based on crop phenology, crop stress and soil moisture
This module results in giving visibility over surplus and deficit areas. Water audit provides a data driven hydrological framework that facilitates traceability and accounting of the water resources across the states.
Predicts onset of water stress both at villages and urban areas estimating water requirements over the next few weeks and water availability in the reservoir as well as others to forecast required quantity of water to mitigate stress
This module provides with various pre-defined and on-demand analytics and dashboards in MIS and GIS format, facilitating day to day operations for water user associations
Enables tracking and managing water management project activities for efficient implementation of the project as well as provides the right information to the right set of people at the right time to enable adaptive project management, reviewing, reporting and decision support
Helps in identification of stress area, aquifer recharge status and establish rainfall vs groundwater trends facilitating an effective planning of ground water conservation activities
Renders visibility to the Urban water supply networks to understand water connection coverage and aids in proper planning aimed at providing better water supply to the urban population
Assists with forecasting urban floods with inundated areas to gauge the flood magnitude and area inundated in order to envisage population impacted and the relative preventive measures to be planned
Empowers command and control by rendering decision support through unified visibility by unifying numerous data points in the consolidated form of dashboard for affective functioning
AI/ML implementations solves the conflicts of water demand and supply. Smart decision support system and intelligent optimization algorithm helps authorities leverage economic efficiency.
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