Acqua Pura Alimentata dalla Luce Solare
Acqua Distillata da Bere
L’Acqua Potabile Più Pura
Senza Filtri
Senza Elettricità
Senza Microplastiche
Senza Nanoplastiche
Una Tecnologia Solare dell’Acqua che Segna un’Epoca
Acqua Pura per una Vita Più Sana
Scaldacqua a Distillazione Solare
A highly efficient solar thermal system that uses captured solar energy twice: first, to heat water directly into steam for producing distilled water; then, to heat water by recovering the heat released when the steam condenses. One solar system delivers both distilled water and hot water—without electricity, filters, microplastics, or chemicals. High-temperature steam destroys bacteria. It opens a new era of producing distilled drinking water at home, bringing household drinking-water purity to the highest level.
Serbatoio Esterno: SS201
Standard: Serbatoio Interno e Raccordi SS304
Premium: Serbatoio Interno e Raccordi SS316L
Uscita Acqua Calda da 3/4"
Uscita Acqua Distillata da 1/2"
Anodo Sacrificale in Magnesio
Telaio in Acciaio Zincato Rivestito in Plastica
Riscaldatore Elettrico Opzionale — Protezione Antigelo Automatica
Scarico Inferiore Ø47 mm per la Pulizia
Scaldacqua a Distillazione Solare con Scambiatore di Calore
A premium Solar Distillation Water Heater equipped with an internal heat exchanger to meet the needs of high-end users. It provides three outputs: pressurized hot water through heat exchange, direct gravity hot water, and distilled water. The gravity hot-water outlet allows concentrated tank water, minerals, and sediment to be periodically discharged, helping prevent buildup and scaling. A dedicated drainage outlet is also installed at the bottom of the tank for thorough cleaning and maintenance.
Serbatoio Esterno: SS201
Standard: Serbatoio Interno e Raccordi SS304
Premium: Serbatoio Interno e Raccordi SS316L
Uscita Acqua Calda da 3/4"
Uscita Acqua Distillata da 1/2"
Anodo Sacrificale in Magnesio
Telaio in Acciaio Zincato Rivestito in Plastica
Riscaldatore Elettrico Opzionale — Protezione Antigelo Automatica
Scarico Inferiore Ø47 mm per la Pulizia
Solar Water Heaters
A highly efficient solar thermal system that uses sunlight to heat water directly. Its evacuated glass tubes provide strong heat absorption and excellent insulation, while the high vacuum helps reduce heat loss and maintain efficient performance in cool, windy, or changing weather conditions.
SS201 Outer Tank & Frame
Standard: SS304 Inner Tank & Nozzles
Premium: SS316L Inner Tank & Nozzles
3/4" Hot-Water Outlet
Magnesium Anode Ø25 × 300 mm
Ø47 mm Bottom Drainage
Direct Solar Water Heating
Strong Heat Absorption
High-Vacuum Thermal Insulation
Efficient in Cool, Windy or Changing Weather
Heat-Pipe Solar Heat Collectors
Pressurized solar water-heating systems using heat-pipe.
Heat-Pipe Collector
Pressurized Tank
SS304
SS316L
Pressurized hot-water supply
Heat-pipe thermal collection
Separated collector and stored water
Suitable for homes and engineered projects
Heat-Exchange Solar Water Heaters
Pressurized or indirect solar water heaters using internal heat-exchange structures.
Inner Coil
Inner Tank
SS304
SS316L
Pressurized or indirect operation
Inner-coil and inner-tank options
Separated working and service water
Flexible system integration
Caratteristiche e Vantaggi
LOCAL SOLAR PERFORMANCE
Solar Distillation Performance by Location
Average solar irradiation
| Model | Tube length | Collector area | Distilled water L/day | Hot water L/day at +30°C | 19 L bottles per year | Annual distilled-water savings | Hot-water cost per 100 L | Annual hot-water savings | Total annual savings | Suggested family size |
|---|---|---|---|---|---|---|---|---|---|---|
| 12 tubes 58 mm diameter | 1.8 m | 1.253 m² | — | — | — | — | — | — | — | — |
| 15 tubes 58 mm diameter | 1.8 m | 1.566 m² | — | — | — | — | — | — | — | — |
| 18 tubes 58 mm diameter | 1.8 m | 1.879 m² | — | — | — | — | — | — | — | — |
| 20 tubes 58 mm diameter | 1.8 m | 2.088 m² | — | — | — | — | — | — | — | — |
| 24 tubes 58 mm diameter | 1.8 m | 2.506 m² | — | — | — | — | — | — | — | — |
| 30 tubes 58 mm diameter | 1.8 m | 3.132 m² | — | — | — | — | — | — | — | — |