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Veep’s Smart Energy Monitoring and Optimization System is built on an IoT (Internet of Things) platform that integrates sensors, smart meters, and advanced analytics software (powered by AI). Its primary purpose is to collect, monitor, control, and optimize energy consumption in real time across buildings and facilities.
The system continuously gathers data, which is then analyzed to identify inefficiencies, forecast energy demand, and automatically execute corrective actions — such as adjusting or switching the lighting and HVAC systems.
This solution helps reduce energy waste, lower operational costs, and enhance overall building performance, paving the way for a smarter and more sustainable energy management model.
Significant energy and cost savings
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Reduce unnecessary machine operation and adjust HVAC, lighting according to actual needs (e.g. based on human presence, natural light).
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Practice shows that the system can help save 20–40% of total energy consumption, while taking advantage of cheap electricity prices during off-peak hours through automation.
Increasing sustainability and reducing carbon emissions
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Improve energy efficiency, directly reduce carbon emissions.
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Integrate renewable energy management (solar, wind), contribute to sustainable development goals.
Provide detailed data to support decision making
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Sub-metering allows detailed measurement of consumption by area or device.
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Real-time data and in-depth analysis help management make quick and accurate decisions.
Improve operational efficiency and predictive maintenance
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Improve energy efficiency, directly reduce carbon emissions.
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Integrate renewable energy management (solar, wind), contribute to sustainable development goals.
Optimize user experience and comfort
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Automatically adjusts temperature and lighting based on occupancy and environmental conditions.
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Energy savings while improving comfort, avoiding overheating/cold or excessive lighting.
Flexible, extensible and easy to integrate
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Suitable for many sizes and types of facilities.
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Easily integrated into existing infrastructure, upgrade without replacing the entire equipment