Basis of design
We map photoperiod, solar contribution, manual override and timeclock intent to each growing zone type. The deliverable identifies open assumptions instead of hiding them in generic notes.
PROJECT SERVICES
Convert architectural intent into growing-zone sequences, device coordination and field verification criteria that cultivation engineers and growers can use.
Start a scope review
We map photoperiod, solar contribution, manual override and timeclock intent to each growing zone type. The deliverable identifies open assumptions instead of hiding them in generic notes.
Load type, minimum dimming level, driver interface and emergency behavior are checked before grow-light equipment is released.
Panel schedules, sensor quantities and device locations are compared with drawings so scope gaps surface before rough-in.
Testing scripts define observable pass conditions for scenes, timeouts, setpoints and overrides, plus the records required at handover.
Control narratives, point lists, zone schedules and functional test sheets are organized around growing zone names used by the construction team. IES or LDT files describe luminaire distribution; they do not prove sensor coverage or completed crop-light behavior, so those checks remain separate.
For representative growing zones, the verification record notes the installed driver, dimming interface, sensor location, installed condition and measured response. That evidence helps a later technician distinguish a failed device from a changed setting or an assumption that was never commissioned.
Send the growing zone list, dimming interfaces and current design phase. We will return the clarification points needed for a productive coordination call.