Delivering Sustainable Energy, Water & Digital Transformation Solutions

Illustrative solutions

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  Sensor-Based Optimum Pump Operation in the Agriculture Sector

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  Sensor-Based Optimum Pump Operation in the Agriculture Sector

  The project aims to deploy sensors and automated control systems to regulate agricultural pump operations based on real-time field conditions such as soil moisture, groundwater levels, and irrigation demand. By optimizing pump usage, energy consumption can be significantly reduced while ensuring efficient water utilization. The system will also help farmers minimize operational costs and improve irrigation management.
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  Sensor-Based Application of Aerators in Fisheries

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  Sensor-Based Application of Aerators in Fisheries

  The project proposes the installation of sensors to monitor dissolved oxygen levels and water quality in fish ponds. Aerators will automatically operate only when oxygen levels fall below the required threshold, ensuring a healthy aquatic environment. This approach will improve fish productivity while reducing unnecessary energy consumption.
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  Application of Pressure-Independent Flow Regulators in Municipal Water Distribution Networks

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  Application of Pressure-Independent Flow Regulators in Municipal Water Distribution Networks

  This initiative focuses on installing pressure-independent flow regulators in municipal water supply systems to ensure uniform and controlled water distribution. The technology will reduce excessive pressure variations, thereby reducing pumping energy requirements and prolonged pump operation. As a result, both service pumps and booster pumps will consume less energy while maintaining reliable water supply.
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  Performance Enhancement of Existing Cold Storages through Implementation of ECRMs

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  Performance Enhancement of Existing Cold Storages through Implementation of ECRMs

  The project intends to improve the energy efficiency and operational performance of existing cold storage facilities by implementing Energy Conservation and Resource Management Measures (ECRMs). These measures include upgrading refrigeration systems, improving insulation, and optimizing temperature control. The improvements will reduce energy consumption, lower operational costs, and extend the service life of cold storage infrastructure.
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  Wide Application of Grid-Independent Cold Boxes among Marginal Farmers

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  Wide Application of Grid-Independent Cold Boxes among Marginal Farmers

  This initiative proposes large-scale deployment of grid-independent mobile cold boxes to help marginal farmers store harvested vegetables and perishable produce. By maintaining appropriate storage temperatures without reliance on grid electricity, farmers can reduce post-harvest losses and extend product shelf life. This will not only enhance farmers’ income but also help reduce greenhouse gas emissions associated with food spoilage and waste.
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  Introducing Automated ECBC / ECSBC Clearance Mechanism in the Building Sector

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  Introducing Automated ECBC / ECSBC Clearance Mechanism in the Building Sector

  The project proposes the development of an automated digital platform to streamline compliance and approval processes under the Energy Conservation Building Code (ECBC), Energy Conservation and Sustainable Building Code (ECSBC) and Eco-Niwas Samhita. The system will enable faster evaluation of building designs based on energy efficiency parameters and code requirements. This will simplify the approval process while encouraging wider adoption of energy-efficient building practices.
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  Implementation of Energy Efficient Air Sourced Heat Pump Based Space Heating Systems in Government Buildings

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  Implementation of Energy Efficient Air Sourced Heat Pump Based Space Heating Systems in Government Buildings

  The project aims to improve thermal comfort in Government Buildings through the deployment of energy-efficient Air Source Heat Pump (ASHP) based space heating systems. By utilizing renewable heat from ambient air, ASHPs deliver 3–4 times more heat energy than the electricity they consume, significantly reducing energy costs and carbon emissions compared to conventional electric heaters. The initiative will enhance occupant comfort, support government sustainability goals, and demonstrate a scalable clean-heating solution for cold and hilly regions where space heating accounts for a significant portion of energy consumption.
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  End-to-End IT Services covering Consulting, Application Development, Websites, and Technical Support

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  End-to-end IT services covering consulting, apps, websites, and support

  IT services encompass the application of technology, software, and digital solutions to support business operations and improve efficiency. These services include business analysis, requirements documentation (BRDs, SRSs, ToRs), software development, web and mobile application development, website design, development, and maintenance, system integration, and technical support. IT service providers help organizations implement innovative solutions, enhance productivity, ensure system reliability, and achieve their business goals through modern technology and expert guidance.