Solar Air Conditioners
Two solar air conditioner models are listed: one that runs entirely from solar power through a DC48V supply, and one hybrid model that combines solar input with mains supply. The difference between them is the whole buying decision, so this page keeps them apart.
Illustrative diagram. Capacity figures are taken from the specification table on this page.
No electricity generation or saving figure is promised for either model on this site.
Off-grid and hybrid are different promises
The 100% off-grid model is listed with a DC48V power supply, 46–58 V, and capacities of 9,000, 12,000, 18,000 and 24,000 BTU. Its buyer is someone without a reliable grid connection, or someone who wants a cooling unit that does not depend on the grid at all. The hybrid model is listed with 208–240 V and an 80–380 V range, and capacities of 12,000, 18,000 and 24,000 BTU. Its buyer has grid power available and wants solar to assist, not to carry the whole load. Confusing those two buyers is the commonest solar air conditioner mistake: an off-grid buyer given a hybrid unit still needs the grid, and a hybrid buyer given an off-grid unit needs a DC solar setup they may not have. The detail pages state the listed supply for each model so the mismatch is visible before ordering.
What is not promised
No generation figure, no saving percentage and no payback period is stated for either model, because none is listed in the source material. A buyer who needs those figures should ask for the test conditions behind them — panel configuration, climate, room load — and should treat any solar saving claim without those conditions as incomplete. Both models list remote control as standard with smart app control, high density filters and golden anticorrosive heat exchangers, and both list 24 months for units and five years for the compressor as their warranty rows.
Models and series on this page
- 100% Off-Grid Solar Air Conditioner DC48V — detail page
- Hybrid Solar Air Conditioner — detail page