About Us

How we started

Who we are

Vibrant Clean Energy, LLC was founded by Dr Christopher T M Clack in 2016 with the purpose of pursuing intelligent transformation of the electric and energy system to meet the needs of the 21st century. Dr Clack is an expert in mathematics, statistics and optimization. Combining this expertise with the gained skills of numerical weather prediction, electrical engineering and economics, VCE recognized that there is a seismic shift underway within the electric grid of the US and others around the world. We wish to remain at the forefront of these changes and help guide some of the most critical science in the field.

Vibrant Clean Energy, LLC takes the initial expertise, passion and drive of Dr Clack and focuses on the industry itself to facilitate greater understanding, competition and transition for customers, users and stakeholders.

We are in the process of growing rapidly, and we have developed software products along with data. The software is protected intellectual property (ownership is with Dr Christopher T M Clack), which means Vibrant Clean Energy, LLC is the exclusive provider of the products Dr Clack created. These products are continually developed and expanded along with new software that addresses new niches within the markets. We will vigorously defend any attempts to infringe on our intellectual property rights as the exclusive entity that can produce derivative work for commercialization. Anyone interested in licensing any of our products should contact us.

Meet the Founder

Dr Christopher T M Clack, PhD, BSc (Hons), FRAS, FEAS

Chris founded Vibrant Clean Energy, LLC to be able to pursue a path that leads the way for a more intelligent electric power system design, here in the US and abroad. Vibrant Clean Energy, LLC will use the intellectual property that has been awarded to Chris for the model he developed. He, and this company, is the sole commercial vendor of this model and the only entity allowed to produce derivative works for its commercialization. Chris has been at the forefront of the energy optimization world for many years. In 2012, he created the National Energy with Weather System (NEWS) simulator while a PI for a National Academy of Sciences (NAS), National Research Council (NRC) project. He later transferred to the Cooperative Institute for Research in Environmental Sciences (CIRES) at the University of Colorado Boulder. During his time at CIRES, he developed various methods to advance the way people think about variable generation and the future role it has.

Back in the UK, Chris received a first class BSc (Hons) in mathematics and statistics for the University of Manchester. He then went on to research applied mathematics and plasma physics at the University of Sheffield. During his PhD, he completed an area of study centered on nonlinear resonance theory within the framework of magnetohydrodynamics (MHD) that had remained unsolved for two decades. The theories derived have helped our understanding of the Sun as well as possibilities for fusion reactors, such as ITER.

Since 2010, Dr Clack has worked at the intersection of mathematics, policy and technology. First, he investigated the emergence of sunspots from the surface of the Sun. This allows predictions of solar storms that may impact telecommunications, GPS and power systems here on Earth. In 2011, he joined NOAA via a highly competitive national postdoctoral position administered by the National Academy of Sciences; within a year he was promoted to the team lead on the NEWS project and set about leading the investigations towards results and deliverables. In early 2016, Chris and colleagues published a seminal paper on the integration of wind and solar for the US electric grid in Nature Climate Change. The paper used numerous models that Chris had built and developed to show how the US could reduce carbon emissions by 80% by 2030 and do so without raising the cost of electricity – and critically without the use of storage!

Here at Vibrant Clean Energy, LLC he hopes to use all his passion and skills to discover new uses for modeling, forecasting and co-optimization that will usher in a new era of efficient power systems. There are many tenets to such a system; from aiding generator developers to find the best possible locations to build, to market operators who need to know how to expand the transmission grid, or even power forecasting to ease the uncertainty of variable generators that will grow inside lower carbon markets around the world.