Research – EnergysmartPRO

Neurobotz AI Blockchain for Renewables and Energy Efficiency

Discover the future of energy management with our pioneering approach! Our research aims to streamline building-level energy demand to satisfy grid-level needs, all while maximizing cost-effective power utilization with our Smart tariff system. But that’s not all – we also use Blockchain technology to facilitate smart contracts for Automated Demand Response events, and to enhance communication between utility providers and consumers. Our fully automated AI-based Smart power optimizer with predictive Demand Response algorithm offers up to 20% savings on building-level KW utilization, while integration with storage devices and solar PV components could save an additional 15% by delivering Solar priority kVA compensation during peak tariff hours.

And our innovative approach doesn’t stop there. Our Blockchain framework captures before and after consumption data to calculate savings based on solar PV, energy efficiency interventions, and DR events. Plus, our Blockchain gateway automatically sends out carbon credits and savings remittance while providing updates on the consumer portal. Trust us to revolutionize your energy management – join the future of energy today!

Research Impact

With the increasing popularity of Automated Demand Response (ADR) programs, businesses are looking for effective ways to optimize power utilization and reduce stress on grid infrastructure. At our EnergysmartPRO, we understand that the success of such programs depends on educating consumers on how to use power effectively while maintaining comfort levels.

Our innovative projects take ADR programs to the next level by going beyond automating power optimization scenarios and reducing grid stress. We aim to create a comprehensive framework that enables consumers to predict, participate, and understand the logic behind power utilization and savings in demand response programs. With the help of blockchain technology, we can provide a secure platform for better communication and modernize the way we use power.

At the core of our approach lies the perfect balance between automation and consumer education. By empowering consumers to make informed decisions, we can drive sustainable power utilization practices while simultaneously increasing efficiency and reducing costs.

Join us on the journey to a more sustainable future, where automated demand response programs and consumer education go hand-in-hand. Choose our innovative solutions to streamline your energy management practices and stay ahead of the curve.

Predictive Maintenance

In order to stay ahead of the game in the world of maintenance, we need to embrace innovation. That’s why we’re incorporating, integrating, and reusing cutting-edge sensors such as CTs, vibrational sensors, and airflow sensors for key equipment like heavy blowers and large compressors that supply air for floor operation. With this approach, we can achieve predictive maintenance on the equipment, optimizing operational efficiency, predicting motor deterioration factors and failure rates, and monitoring current increases due to system vibration exceeding the threshold value.

Our approach utilizes state-of-the-art hardware with high-frequency metering, controllers, and a Sub-GHz Radio Frequency (RF) communication framework to log energy data at an impressive sampling rate of 4-5KHz. The hardware is capable of measuring critical parameters such as voltage, amperage, power factor, and harmonics. Additionally, it has embedded programming to reduce the sampling rate and uses a Sub-GHz RF communication framework that can send and receive signals up to 3 miles away.

With our advanced algorithm, we can truly understand the pulse or signature of major building equipment, including Heating Ventilation and Air-Conditioning (HVAC) systems, water heaters, refrigerators, and lighting. This allows us to compare their signatures to healthy equipment operations (anomaly detection vs signature in normal operation). Using this algorithm, we can separate major load consumption and deterioration data based on the equipment’s signature, and create a JSON file with the comparison dataset on an on-demand basis

Solar Integration

Rapid commercialization has led to an increase in the carbon footprint of our country, and it’s essential to adopt alternative sources of clean and green power, such as solar and wind.

That’s why EnergysmartPRO is designed for easy integration and compatibility with any solar installation. Optimizing loads at the mains, the system directly reduces the installed capacity needed, which can lower the CAPEX of solar panels by at least 10%.

Solar installations with inverters can add harmonics to the circuit, which can reduce the lifespan of electric and electronic equipment at the facility. EnergysmartPRO, connected in series, filters harmonics and reduces transients to safeguard the load and reduce stress on the connected equipment.