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Power [Quality] to the People

The country’s electrical infrastructure isn’t going to get better, so we need to prepare solutions for our clients.

We are hearing about power outages across the country with increasing frequency due to fires, storms, failing transformers, power line breaks, and, my personal favorite, planned power outages. Makes me wonder what century we are living in. Of course, there are also the anomalies that are not reported, such as voltage drops, voltage spikes, micro outages, and deviation in frequency. All these power issues can create problems for your home and business.

At the same time, our homes and businesses are becoming more and more dependent on the ability to store, access, and analyze data. We are more and more dependent on our control, communication, and networked systems, especially for our entertainment. Microprocessors are the engines that make all these conveniences possible. Microprocessors function best and last longer in a stable power quality environment.

As our need for power quality increases, power quality is diminishing. Utilities are scrambling to add solar, wind, and battery solutions to meet demand, yet they still cannot provide the consistency we need for our electronics to operate to their fullest potential.

What will this look like in the next five to 10 years? This is a question we should all be asking.

Case Study: Improving Power Performance

Let’s look at some trends:

  • Our population is getting older.
  • Our population is shifting from colder climates to warmer climates, with Texas and Florida now being number two and number three in population.
  • More and more people will be working from home.
  • Videoconferencing has become commonplace.
  • Streaming content is the new normal.
  • Bigger cities and coastal communities are going vertical (more high rises).
  • Cloud storage and cloud computing have become commonplace.
  • It is nearly impossible to build a new power plant (20 years just in permitting).
  • Renewable integration.

As people become empty-nesters, they tend to cluster into communities with other empty-nesters. We are now seeing similar migrations to suburban living from urban centers as people realize that work from home is going to be around for a while (or forever). These migrations increase population density, which in turn puts more strain on our energy grid.

Case Study: Powering the Family Office

As states rapidly increase in population, they require more power. More power, more grid stress. As a Florida resident, I can attest to the power issues caused by this explosive growth.

As more people work from home, residential power quality becomes critical to our economy. Videoconferencing is critical to the success and productivity of the home office. The music and film industries continue to move toward “in home” releases of new content. As people move toward vertical living population, density increases. As population density increases power demand increases.

The inability to build new power plants, coupled with the instability added by the integration of renewables (a subject of a future article), is already creating, and will continue to create, significant power quality problems.

As bleak as this might sound, I believe the next five to 10 years will hold tremendous opportunities for power quality experts. Our population will not sit around and wait for a national solution for this problem. How long have we been promised an infrastructure bill? Individuals and businesses are beginning to look for power solutions now, and that trend will continue to grow.

The solutions will involve inverters, batteries, generators, and some renewables. The solutions will be highly decentralized right down to individual homes. Highly decentralized solutions will make the grid more stable and our existing infrastructure more efficient.

The solutions will require power quality integration experts. Those experts should be you.

Joseph Piccirilli is an accomplished consultant, strategist and speaker with four decades of experience that spans across the consumer electronics, systems integration and energy industries. In his current capacity at RoseWater Energy Group, he oversees the manufacturing, sales and distribution of leading new technology for residential power storage and handling efforts.