As the energy transition accelerates, the residential sector is investing in smart energy management technology to help homeowners manage their power usage, lower their energy costs and lessen their impact on the environment. Power management company Eaton is exploring how these innovative technologies can benefit homeowners by piloting the installation of smart breakers in the homes of 100 volunteers. The pilot program marks a significant step as Eaton furthers its vision for the Home as a Grid, an approach to energy management that will ultimately enable homeowners to leverage renewables and storage and potentially supply power back to the grid.
“When we gather energy data and find patterns in how homeowners use energy, we can identify opportunities to reduce energy usage, balance EV charging and other loads in the home, and support integration of solar and storage when a homeowner is ready to upgrade,” said Jennifer Ploskina, Eaton connected solutions segment manager for North America. “The data collected from this pilot and others help us to further develop data models and algorithms to incorporate into future solutions. The goal is to work with EV, solar and storage OEMs, utilities and ecosystem partners to build system solutions that benefit homeowners, support grid stabilization and lead to further decarbonization in homes and buildings.”
Eaton installed smart breakers, part of the company’s smart energy portfolio powered by Brightlayer, in the homes of volunteers to collect power usage data from their electric appliances, including heating, ventilation and air conditioning (HVAC) units, refrigerators and home EV chargers. Pilot participants can view a personalized summary of their power usage on a dashboard, gaining insight into which appliances use the most power, times of peak power usage and estimates on the remaining useful life (RUL) of appliances. One homeowner in the pilot discovered that his electric vehicle consumed up to 40% of his total energy usage in a week.
Eaton’s Brightlayer digital platform includes data science and machine learning algorithms that enable Eaton experts to leverage pilot data to improve residential power management models, enhancing predictive diagnostic capabilities for homeowners.
“Data collected from this pilot gives us valuable insights into the evolving energy needs of residential customers, accelerating digital innovation,” said Matt Yanosko, Eaton program manager for Intelligent Power Solutions.
News item from Eaton
Solarman says
“Eaton installed smart breakers, part of the company’s smart energy portfolio powered by Brightlayer, in the homes of volunteers to collect power usage data from their electric appliances, including heating, ventilation and air conditioning (HVAC) units, refrigerators and home EV chargers. Pilot participants can view a personalized summary of their power usage on a dashboard, gaining insight into which appliances use the most power, times of peak power usage and estimates on the remaining useful life (RUL) of appliances. One homeowner in the pilot discovered that his electric vehicle consumed up to 40% of his total energy usage in a week.”
This is the granularity necessary to wake up the residential consumer as to what, where, when, why and how, their electric bill dollars are spent. Getting this much information also allows one to program their solar PV and smart ESS to address their power requirements each and every day that operates their system to the [residential user’s benefit, not the utility’s benefit.] Folks have been “programmed” by corporate entities to not think in terms of household budget and how one can buy into and use the technology to control reoccurring energy costs and put money back into one’s household budget for use somewhere else like maintenance of the house or insurance or taxes or even groceries. Solar PV and smart ESS is a marathon, not a sprint. Having personal energy resiliency and back up energy storage will save thousands of dollars over the lifetime use and programming of one’s own energy system for their daily energy needs.