Greenhouse Electrical Schedule

The Greenhouse Electrical loads / schedules should be approximately as follows:

1 Climate Battery intake fans: Grainger Duct Booster 14”
a. Three total intake fans, Grainger Item #5C967, 1200cfm, 115V / 1.7amps / 122watts ea = 366 watts, max. total.
2 Water harvesting & distribution pump: “Little Giant Submersible Pumps”
a. Little Giant #PE-2.5F-PW – 475gph, 80 watts
3 Aquaculture tank fountain pump: “Fountain Pro Submersible Fountain Pumps”
a. Fountain Pro #WA170 Fountain Pump – 165gph, 12 watts
4 Aquaculture tank aerator: “Pondmaster Pond Aerators”
a. Pondmaster Aerator #AP-20, 1700 cu.in/min, 20 watts
5 Insulating Curtain automatic operation motors: (yet unknown)
a. estimated 200 watts
6 Lower & Upper vent window operator motors: (yet unknown)
a. estimated 100 watts
7 Lighting:
a. Max. 110V / 1.1 amps / 120 watts
8 Power outlet: temporary backup heating, portable music, appliances:
a. max. 110V / 9 amps / 950 watts;

These electrical loads constitute a total of 1848 watts, with everything on at full-use intensity.
1 The intake fans will be on during climatic extremes, when during the heat of the day or the cold of night. Summer use = 12.h/day, Winter use = 20.h/day
2 Water harvesting pump will be in use when rainwater tank is filling or full, probably no more than 2.h/day
3 Aquaculture tank fountain and aerator operates at the Owners’ pleasure, probably no more than 16.h/day
4 Aquaculture tank aerator operates probably no more than 12.h/day
5 Insulating curtain operation: twice per day, 10-minutes total
6 Vent window operation: twice per day, 10-minutes total
7 Lighting operation: hopefully no more than 15 min. / day
8 Power: temp heating rarely used, probably once or twice per year, 12.h/day

I did not include an Aquaculture Tank Heater, though one of these may require 200 watts, and run for 1.h/day when needed.