• ON-GRID Select the ACDC12 hybrid AC-DC air conditioner to use 90% solar power during the day and normal power when the sun is not shining. Uses 3 PV solar panels and NO BATTERIES are required. The ACDC12 always requires a grid connection.
• OFF-GRID - Select the DC4812VRF DC Air Conditioner when you don't have or can't rely on grid power. Uses 4 or more PV solar panels along with batteries. The DC4812VRF is a 100% DC unit and requires no grid connection. Ideal for solar or telecom use.
AC-DC Hybrid Solar Air Conditioners |
All-DC 48v DC Air Conditioners |
Uses DC solar power and AC grid power, mixed | Uses solar or other source of DC power only |
Requires a grid connection | No grid connection required |
No batteries required | Batteries required (min. 4 x 12v, deep cycle) |
Uses 3 x 250w PV solar panels | Uses 4, 6, 8, or 10 PV solar panels, 250w |
R410a Heat Pump - Cooling & Heating | R410a Heat Pump - Cooling & Heating |
11,000 BTU Variable Speed/Capacity | 12,000 BTU Variable Speed/Capacity VRF |
24 Hours per Day Operation | Select 10, 15, 20 or 24 Hours per Day Operation |
Simple installation like normal minisplit, just add solar | Simple installation like normal minisplit, add DC power |
Built with SeaSpray™Anti-Corrosion Technology | Built with SeaSpray™ Anti-Corrosion Technology |
Below: ACDC12 AC-DC Hybrid solar air conditioner system design. Uses 3 solar panels and no batteries. Needs constant AC power source.
Below: All-DC air conditioner system design.
No AC power needed.