Introducing Adesova One
The Air ConditionerReimagined.
Solar-powered. Whisper-silent. Infinitely intelligent.
Smart Intelligence
Thinks so you don't have to.
Solar First
When sunlight is sufficient, Adesova runs entirely on solar power. Zero grid draw. Zero cost.
Battery Assist
Clouds or shade trigger intelligent battery support. Stored energy ensures uninterrupted comfort.
Grid Backup
If solar and battery are insufficient, the unit draws from the grid — always as a last resort.
€400 / month. 2.1 tons of CO₂.
Near-zero cost. 22 dB silence.
The Problem
Traditional Cooling
Adesova Solar Cooling
"The hottest days are now your most efficient days."
SOLAR TECHNOLOGY
From sunlight to perfect air.
Solar Panels
Capture photons. Convert to clean 48V DC power.
MPPT Controller
AI-driven power routing. Real-time solar tracking.
Lithium Battery
Store surplus energy. Power through clouds and night.
DC Compressor
Variable-speed, no inverter loss. Pure efficiency.
Pure Cool Air
Conditioned, filtered. 22 dB — barely audible.
COMPARISON
Not just better. Fundamentally different.
90% of your energy, free from the sun.
| Traditional | Adesova | |
|---|---|---|
| Energy Source | Traditional | Adesova |
| Monthly Cost | 100% Grid Power | 90% Solar · 10% Grid |
| Noise Level | 45 – 65 dB | 22 dB |
| CO₂ Emissions | 2.1 tons / year | 0 kg in solar mode |
| Smart Control | Basic thermostat | AI solar optimization |
| Heat Performance | Degrades under load | Peak sun = peak output |
Performance
Numbers that matter.
Designed for the world's most demanding climates.
Experience Adesova
Schedule a private consultation with our solar cooling engineers.
The future of cooling begins here.
FAQ
Everything youneed to know.
It uses specialized DC inverter technology to directly convert solar panel energy into cooling power, bypassing the inefficient DC-to-AC conversions used by traditional solar systems.
You need minimal grid power or a small battery backup for startup surges and nighttime operation, but your daytime grid consumption is reduced by up to 98%.
For our standard 12,000 BTU unit, only 2 to 3 high-efficiency solar panels (350W-400W each) are required to run the system optimally during peak sunlight hours.
The system seamlessly switches to draw from the grid (or battery backup) at a highly reduced rate. Even on cloudy days, panels still generate some power, keeping your costs extremely low.
Not at all. Adesova units are designed for easy, standard mounting. Any certified HVAC technician can install the indoor/outdoor units, and a solar installer handles the panel connection.