Built on the site's own live Solar Potential map and Sun Tracker data (real seasonal sun path, daylight hours, PVOUT) rather than generic assumptions. On-site, the team turns that into an installable design — panel placement, roof or ground-mount siting, tilt and azimuth tuned to this exact location — plus a shading assessment from trees and neighboring structures that no remote tool can see.

Starts from the site's existing Wind Potential dashboard — capacity factor, steadiness (Weibull-k), and extreme-wind screening already computed. The on-site visit confirms what remote wind-atlas data can't: local turbulence from buildings or tree lines, noise/setback distance from neighbors, and the exact mast location and turbine class to recommend.

Combining solar, wind, and battery storage sized to what the property actually uses, not a one-size-fits-all package — for homesteads and farms aiming for genuine energy independence rather than just supplementing the grid.

Before sizing anything, establishing what the property actually consumes — appliances, seasonal variation, peak loads — so any system above is sized to real demand instead of a guess.

A side-by-side cost and payback comparison to help decide which approach actually pays for itself on this specific site, rather than a generic rule of thumb.

For sites with year-round flowing water. A pure on-site assessment — head height, flow rate, and a real feasibility read for a micro-hydro installation.

Backed directly by RainAdvisor and Contour Analysis, which already compute real runoff volumes and slope suitability for the site. On-site, the team lays out actual swale placement on the ground, confirms the slope and soil assumptions against reality, and hands over a construction-ready plan — trench dimensions, length, and spacing.

Sizing tanks and cisterns from a roof or hardscape catchment, using the same runoff methodology RainAdvisor already applies, scaled to the property's actual catchment area and rainfall pattern — plus the plumbing and first-flush-diverter design a remote tool can't do.

Routing household or farm wastewater — sinks, showers, laundry — back into irrigation or land-based treatment, a natural pairing with the irrigation guidance RainAdvisor already gives.

Starting from the site's existing Flood Risk, Water Stress, and Contour data as a first filter for where a water-storage body makes sense, then an on-site survey — soil permeability, real catchment behavior — before recommending a location and size.

Extending RainAdvisor's irrigation-timing logic — available water capacity versus forecast rainfall — into an actual physical system (drip, gravity-fed, or swale-fed) matched to the crops and layout on-site.

Starting from the property's existing Flood Risk map classification, then designing real drainage and diversion works on-site for a site already showing elevated regional flood risk.

A whole-property water-harvesting layout that ties swales, ponds, and irrigation together across the full landscape, rather than designing one system at a time — the umbrella service the other water items feed into.