How to Increase Your ROI Through scientific SEM?
Donec metus lorem, vulputate at sapien sit amet, auctor iaculis lorem. In vel hendrerit nisi. Vestibulum eget risus velit. Aliquam
Learn more
Technology
NEUROBOTZ is more advanced voltage optimization system that not just aims on voltage management but also looks at the loading factor at the mains and sub-mains. NEUROBOTZ is aimed at delivering a steady output at the distribution point varying the Voltage and Current at an optimal level by matching the impedance and predicting of the optimal load curve (optimal slip) and to keep up with the requirements of operational aspects and eliminating the Losses. Slip increases with increasing load, providing a greater torque. Maintaining the slip at the optimal range will increase the efficiency of the motors. But where there are multiple loads connected to the electrical circuit, learning the pulse of the overall operations is very critical, our ML/AI algorithm help to understand the aggregated Slip at the feeder level to deliver an optimal power
Understanding the slip at the feeder level
Major consumption on a residential or commercial application are HVAC, PUMPS, FREEZER/COOLERS, WASHER/DRYERS mostly of inductive in nature. The Machine learning algorithm collects data much higher power sampling rate to understand the load usage pattern. Our AI logic use the DEEP learning method to deliver a trigger to our embedded AI controller to match the impedance and loading factor dynamically to deliver an optimal power and achieve savings. Lighting load and other resistive load would still have impact on the circuit with respect to safety, early aging and reduced maintenance.
Understanding the slip at the feeder level
NEUROBOTZ is more advanced voltage optimization system that not just aims on voltage management but also looks at the loading factor at the mains and sub-mains. NEUROBOTZ is aimed at delivering a steady output at the distribution point varying the Voltage and Current at an optimal level by matching the impedance and predicting of the optimal load curve (optimal slip) and to keep up with the requirements of operational aspects and eliminating the Losses. Slip increases with increasing load, providing a greater torque. Maintaining the slip at the optimal range will increase the efficiency of the motors. But where there are multiple loads connected to the electrical circuit, learning the pulse of the overall operations is very critical, our ML/AI algorithm help to understand the aggregated Slip at the feeder level to deliver an optimal power Major consumption on a residential or commercial application are HVAC, PUMPS, FREEZER/COOLERS, WASHER/DRYERS mostly of inductive in nature. The Machine learning algorithm collects data much higher power sampling rate to understand the load usage pattern. Our AI logic use the DEEP learning method to deliver a trigger to our embedded AI controller to match the impedance and loading factor dynamically to deliver an optimal power and achieve savings. Lighting load and other resistive load would still have impact on the circuit with respect to safety, early aging and reduced maintenance.NEUROBOTZ is more advanced voltage optimization system that not just aims on voltage management but also looks at the loading factor at the mains and sub-mains. NEUROBOTZ is aimed at delivering a steady output at the distribution point varying the Voltage and Current at an optimal level by matching the impedance and predicting of the optimal load curve (optimal slip) and to keep up with the requirements of operational aspects and eliminating the Losses. Slip increases with increasing load, providing a greater torque. Maintaining the slip at the optimal range will increase the efficiency of the motors. But where there are multiple loads connected to the electrical circuit, learning the pulse of the overall operations is very critical, our ML/AI algorithm help to understand the aggregated Slip at the feeder level to deliver an optimal power
“Behind the meter” installation of NEUROBOTZ
Our Machine learning with AI algorithm helps us to dynamically optimize the incoming power supply based on multiple loading (max) and unloading (min) condition. The process of loading and unloading is not consistent or repetitive so there should a continue instant feedback to the system to monitor and control the incoming power supply and deliver a clean and optimal power that increases efficiency, optimize voltage, increase PF, reduce harmonics, reduce transient/spike/surge, reduce IR losses, reduce inrush current, phase balancing and much more.
Our Project
Some of our
Some of our
finest work.
Our Strengths
15
+
Years Of Product Expertise
67
+
R & D Engineers
35
+
Innovative Smart Solutions
12
+
Years Of Product Life
Testimonial
From getting started
Nulla facilisi. Nullam in magna id dolor blandit rutrum eget vulputate augue sed eu leo eget risus imperdiet.
Donec metus lorem, vulputate at sapien sit amet, auctor iaculis lorem. In vel hendrerit nisi. Vestibulum eget risus velit.
Martha Maldonado
Executive Chairman
Donec metus lorem, vulputate at sapien sit amet, auctor iaculis lorem. In vel hendrerit nisi. Vestibulum eget risus velit.
Savannah Nguyen
Executive Chairman
Donec metus lorem, vulputate at sapien sit amet, auctor iaculis lorem. In vel hendrerit nisi. Vestibulum eget risus velit.
Floyd Miles
Executive Chairman
Pricing Plan
Find the Right Plan.
Flexible pricing options for freelancers
and design teams.
- 10 Pages Responsive Website
- 5 PPC Campaigns
- 10 SEO Keywords
- 5 Facebook Camplaigns
- 2 Video Camplaigns
- 50 Pages Responsive Website
- Unlimited PPC Campaigns
- Unlimited SEO Keywords
- Unlimited Facebook
- Unlimited Video Camplaigns
- 80 Pages Responsive Website
- Unlimited PPC Campaigns
- 100 SEO Keywords
- Unlimited Video Camplaigns
- 200 Video Camplaigns
Top Clients
We’ve built solutions
We’ve built solutions
for...
What's Going On
Latest stories
News From Abstrak And Around The World Of Web Design And Complete Solution of Online Digital Marketing
eCommerce Marketing Statistics You Should Know in 2021.
Donec metus lorem, vulputate at sapien sit amet, auctor iaculis lorem. In vel hendrerit nisi. Vestibulum eget risus velit. Aliquam
Learn more
Figure 1 : Please Refer the above chart to understand the Slip
Major consumption on a residential or commercial application are HVAC, PUMPS, FREEZER/COOLERS, WASHER/DRYERS mostly of inductive in nature. The Machine learning algorithm collects data much higher power sampling rate to understand the load usage pattern. Our AI logic use the DEEP learning method to deliver a trigger to our embedded AI controller to match the impedance and loading factor dynamically to deliver an optimal power and achieve savings. Lighting load and other resistive load would still have impact on the circuit with respect to safety, early aging and reduced maintenance.