Fireside Chat with Chris Doerfler, Founder of 3DFS and SAM Controllers

The Jay Hurt Hub for Innovation and Entrepreneurship - 210 Delburg St. Davidson, NC, 28036 Davidson
Thu, Jan 17, 2019, 5:30 PM (EST)

About this event

Transformative Energy Conservation Tech

Chris Doerfler operates at the forefront of a transformational era in data science, computing and controls as the cofounder of a company that has developed a new, flexible computing methodology which performs error free data acquisition, modeling and control in true Real-Time.

Task Oriented Optimal Computing (T2C) is a specialized computing methodology specifically designed to control machines, processes and systems in true Real-Time with the capacity to process any amount of data in virtually any time at 98%+ efficiency in power consumption.

The advantage of efficient, fast computing in conjunction with the digital, error free measurement of electricity provides assurance of operation in every situation, delivering a new level of accuracy, accountability and security to control systems.

3DFS is a vertically integrated technology development company that controls the entire process of our technology from conception to production. They perform the research, the hardware and software development, and manufacturing and assembly.

Their technology is manufactured with pride in Pittsboro, North Carolina in the United States of America, where they produce the highest caliber sustainable solutions with the utmost simplicity in design and implementation.

Historical Parallels of Software-Defined Electricity

In the 1970s, the technology became widely available to shrink inefficient room sized computers to desktop personal computers, opening up a lot of markets that did not exist until that time. This general improvement in computing technology laid the groundwork for the reliance on computers that we have today.

Power electronics systems of today are made up of multiple, very large devices, often taking up entire rooms operating at very low efficiencies and controlled using the basics of electromechanics. There has until now, never been any intelligence embedded into the power networks operating directly with the electricity to gather the data necessary to understand and control it better.

Software-Defined Electricity is a very powerful technology leverages Task Oriented Optimal Computing for better data and analytics to measure and control electricity in Real-Time. This advancement in computing has opened a tectonic shift in the power electronics industry and in the years to come all power electronics will integrate Software-Defined Electricity for better visibility, safety and control. This technology is the catalyst for transformational advancement in electrification.

Software-Defined Electricity is likely the most significant application of Task Oriented Optimal Computing (“T2C”) that could be created. It provides access to clean electricity, which will eclipse all Renewables in volume of power produced in the U.S. within 20 years. 

Speaker

  • Chris Doerfler

    Chris Doerfler

    3DFS and SAM Controllers

    Founder

    Transformation in Energy Conservation

    Chris Doerfler leads a group of scientists, engineers and entrepreneurs with expertise in Task Oriented Optimal Computing, artificial intelligence, machine learning, and electricity measurement and control to develop an advanced-model based measurement and control methodology for electricity use in real-time. SAM Controllers and SAM Control Syste...

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  • When

    Thursday, Jan 17
    5:30 PM - 8:00 PM (EST)

    Where

    The Jay Hurt Hub for Innovation and Entrepreneurship
    210 Delburg St. Davidson, NC28036

    Brought to you by

    • Peter Marsh

      Peter Marsh

      Flywheel Coworking

      Cofounder

    Brought to you by

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