Get Real-time insights into water and energy systems leveraging technologies like digital twin, IoT, and AI/ML to enhance project performance and efficiency across various industries. Optimize energy and water management, driving operational excellence and sustainability.
Explore various year-ahead "what-if" scenarios and adjust existing models and constraints based on real-time conditions and future projections of supply and demand. Actionable dashboards and daily schedules provide immediate insights to support efficient and effective decision-making.
Predict inflow to reservoirs using hydrological models that account for weather forecasts and watershed conditions.
Manage water storage and release to meet various needs, including flood control, irrigation, and hydropower ensuring optimal water use, risk mitigation, long-term resource sustainability.
Optimize real-time energy dispatch by employing advanced algorithms that consider demand forecasts, resource availability, grid constraints, and market conditions. Efficiently predict LMPs and schedule generator operations to maximize profitability and maintain grid stability.
Utilize flexible demand-side energy resources and manage distributed energy resources (DERs) at individual and aggregate levels. Forecast energy generation capacity 48 hours in advance and access a unified view of power data to optimize demand matching and enhance portfolio profits.
Get Accurate Insights from Satellite Imagery, Machine learning predictive models and weather data to take right decisions at right time
Simulate and optimize reservoir operations with year-ahead simulations & MIMIC views with water balance models and advanced algorithms to meet multiple objectives like flood control and water supply.
Empower decision-makers with scenario analysis, to make informed decisions. Incorporate "what-if" simulations to test various strategies in dynamic environments. Use visual dashboards to present real-time data, trends, and actionable insights.
Anticipate river flow changes and potential flooding events using advanced predictive models that analyze hydrological data. Implement early warning systems to alert stakeholders in real-time, allowing for proactive measures, reducing flood risks and enhancing disaster preparedness.
Monitor the water movement from one river basin to another to address water scarcity or meet demand in the receiving basin to help balance water resources, support regional development, and mitigate the impacts of droughts or shortages.
Assess water requirements across several sectors to optimize reservoir management and ensure equitable distribution with efficient water allocation decisions.
Optimize water releases for irrigation by forecasting demand and aligning distribution schedules with crop needs. Use predictive models to analyze weather patterns, soil conditions, and crop growth stages.
Enable real-time monitoring, analysis, and proactive maintenance of pump operations by collecting sensor data on flow rate, pressure, temperature, and vibration. Optimize operations, minimize downtime, and extend equipment lifespan.
Access real-time data, monitor operations, and update field data via mobile devices for greater flexibility.
Explore Climate technology solution with Vassar Labs – Pioneers in technology platform for effecient water managemnet, precision agriculture, smart city services, energy and disaster
At Vassar Labs we make innovation fall into action and create solutions that matter to people. We are passionately working towards a sustainable future by harnessing smart technologies to build climate resilient solutions for water, agriculture, power, land and disaster management.
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