Design the Ultimate Smart Home from Scratch! Part 1 - Property

About this video

This is episode 1 of the designing the ultimate dream smart home series — and it starts at the very beginning: the property itself. I walk through the decisions I'd make if I could design a smart home from the ground up rather than retrofitting technology into an existing structure. The lot spans over 3 acres, with space for solar, geothermal, and a drilled well. We're going off-grid capable from day one — ground-mounted solar, wind turbines, well, and septic — before a single smart device gets installed.

Key takeaways

• Designing a smart home from scratch means infrastructure decisions come first: power, water, structure. Get these right and smart tech is much easier to layer in.
• Ground-mounted solar is better than rooftop for positioning, maintenance, and aesthetics — if you have the land.
• A horizontal geothermal loop requires more land than a vertical one but avoids expensive deep drilling. Good option for properties with space.
• A drilled well and septic system mean energy and utility independence. In remote areas, it's often the only option. Elsewhere, it's worth considering for long-term self-sufficiency.
• Prefab construction lets you design smart home infrastructure into the building before a single wall goes up — far easier than retrofitting a finished home.

Video walkthrough

1. Choose the right property for self-sufficiency — More than 3 acres, flat, and away from neighbors. This gives space for ground-mounted solar (better positioning than rooftop), wind turbines to supplement, a horizontal geothermal loop, a drilled well, and a septic system — without cramping future expansion.
2. Select a prefab home design — A 3,300 sq ft Pacific Homes prefab allows full custom configuration. The structure is built to exact specs in a climate-controlled factory, shipped to site, and assembled. Less waste, faster build, and you can design smart infrastructure into the structure from day one.
3. Plan for energy independence upfront — Ground-mounted solar panels for optimal positioning and easier maintenance. Wind turbines to supplement during low-sun seasons. Keep a grid connection as a safety net but design to operate independently.
4. Drill a private well — Municipal water isn't available on a rural property. A well drilled to sufficient depth (100+ ft in most areas) provides reliable, high-quality water. Pair with a pressure tank and multi-stage filtration system.
5. Install a properly sized septic system — Positioned well away from the well to prevent contamination and sized for the home's occupancy. Rural living means owning your full water cycle — design it properly from the start.
6. Infrastructure before gadgets — Power generation, water, septic, and structure are the foundation. Trying to add smart tech to a home not designed for it is where most retrofitting frustration comes from. Get the fundamentals right first.