The concept of load shedding came about as a protection for electric power systems. Simply put, it cuts power from parts of a system to prevent overloading the power source. This is typically in relation to largescale systems like the energy grid. But load shedding is now making its way into homes, partly out of necessity brought on by new innovations. But also, it is finding new purpose for home energy conservation.

Home automation has traditionally been focused on bringing convenience and luxury to home control and management. While home automation might not be something that is thought of as a critical necessity, it is an investment in technology that pays dividends over time. The synergies in making home systems work together create benefits beyond the comfort and convenience factors – real gains can be had in safety, security, and energy efficiency.

Energy efficiency is the part that may revolutionize the home automation industry. At the 2018 CEDIA show earlier this month, PanTech Design and sonnen announced a new partnership to that marries home automation with intelligent energy storage. The blend of these two industries creates a whole new category we call Energy Automation.

This announcement is about more than increasing energy efficiency. It is about managing energy consumption intelligently, and assuring continuous supplies of clean power to the home to keep everything operating smoothly. In this era of overtaxed power grids, energy deregulation and climate change, applying dynamic intelligence to energy consumption will evolve home automation from a novel technology to a core necessity.

Read on for the details.

SEE ALSO: Our Electric Power Infrastructure Is Aging – Are There Solutions?

This Old Grid

We take electric power for granted. Our modern world would simply not run without a stable supply of electricity. But our energy infrastructure is aging, and it is not the most efficient at generating power to meet demand peaks.

Nowhere has the age of the grid been as visible as in Puerto Rico. Last year Hurricane Maria wiped out large portions of the power infrastructure, and billions of dollars of investment are needed to modernize it. The issues with restoring power everywhere on the island have been well documented and it’s an ongoing story.

The rise in the use of renewable energy, like wind and solar, are putting increased pressure on power distribution. For example, electric power generated from solar panel deployments can return their excess power to utility companies, returning it to the grid. Since 2010, more than 45,000 businesses and 600,000 homes have across the U.S. have started using photovoltaic (PV) panels to produce their own energy.