Not marketing language — a specific breakdown of which systems save energy, how much each one contributes, and what a realistic payback looks like for a Lancaster County home.
Smart home energy management reduces bills by eliminating waste — heating and cooling empty rooms, lights left on, devices drawing power in standby, and HVAC catching up instead of pre-conditioning. Each of these is a small loss on its own. Together they typically account for 20–30% of a home's energy use. Smart systems identify and eliminate them automatically, without requiring you to change your behavior.
HVAC is the single largest energy draw in most homes — typically 40–50% of the electric bill. A learning thermostat eliminates conditioning during unoccupied hours and optimizes pre-conditioning so the system runs efficiently rather than cycling on and off trying to catch up.
Most homes condition every room to the same temperature whether anyone is in them or not. Occupancy sensors enable zone-based control — rooms that are empty get reduced heating or cooling automatically, without anyone adjusting a thermostat.
Lighting accounts for roughly 15% of residential electricity. Smart lighting with occupancy-based auto-off eliminates lights left on in empty rooms. Dimming to 70% uses about 40% less energy than full brightness, with barely perceptible difference to the eye.
The average home loses 5–10% of its electricity to devices in standby — TVs, gaming consoles, cable boxes, phone chargers, kitchen appliances. Smart plugs with energy monitoring identify the worst offenders and cut power automatically on schedules or when the room is unoccupied.
EV charging is one of the highest-draw activities a home appliance does — typically 7–11 kW. Shifting charging to off-peak hours (typically 11pm–6am) can cut charging costs by 30–50% depending on your utility's rate structure. PPL Electric and Met-Ed both offer time-of-use rates in Lancaster County.
Circadian lighting schedules shift color temperature and brightness through the day — brighter in the morning, dimmer in the evening. The evening dim-down reduces overall lighting energy use during the highest-usage evening hours, while also supporting better sleep.
Phone geofencing and in-home occupancy sensors establish whether the home is occupied, empty, or in sleep mode. This single data point drives the rest of the system. No presence = no conditioning, no lights, minimal standby draw.
Instead of "turn on at 5pm," the system tracks when you typically leave work (via phone location) and starts conditioning so the home is comfortable on arrival — not still catching up 45 minutes after you walk in. Pre-conditioning is more efficient than reactive heating/cooling because the system runs longer at lower capacity rather than short bursts at full capacity.
Sensors in each room report occupancy. The guest room nobody's in today doesn't get conditioned to 70°. The basement with the TV gets full conditioning while someone's watching. Zoned control is where multi-room homes see the largest gains — conditioning every room to the same setpoint regardless of use is one of the biggest sources of waste in a typical home.
The system schedules EV charging, water heater boost cycles, and dishwasher runs to off-peak rate windows without requiring manual scheduling. PPL Electric's time-of-use rates reward off-peak usage — the system handles the optimization so you don't have to think about it.
Whole-home energy monitoring (via smart panel or plug-level monitoring) provides a real-time view of what's drawing power and when. Over the first few weeks, this identifies phantom loads, inefficient appliances, and HVAC cycles that are longer than expected. You can't optimize what you can't measure.
~$180 / mo
−$18–27 / mo
−$9–14 / mo
−$9–14 / mo
−$9–18 / mo
$45–73 / mo
$540–876 / yr
We'll assess your current setup, identify the highest-ROI opportunities, and give you a written quote. No pressure — you'll know exactly what it costs and what you'd save before committing to anything.
Or email info@unifiedintegrationpa.com
