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I sistemi di Riscaldatori Solari d'Acqua SOLETKS sono progettati per catturare efficacemente l'energia solare e convertirla in acqua calda affidabile per case, aziende e industrie. Con tecnologie avanzate a piastre piane e a tubi di calore, i nostri sistemi offrono prestazioni eccezionali, risparmio energetico e benefici ambientali. Ogni modello è progettato per soddisfare diverse esigenze di installazione e condizioni climatiche, rendendo il riscaldamento solare dell'acqua più efficiente e sostenibile che mai.
Un sistema compatto che combina il collettore solare e il serbatoio dell'acqua in un'unità integrata.
Offre facile installazione, funzionamento affidabile e ottima ritenzione del calore—ideale per case e applicazioni di piccola scala dove semplicità ed efficienza sono fondamentali.
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Questo sistema separa il collettore solare dal serbatoio di stoccaggio, consentendo un'installazione flessibile in base alla disposizione dell'edificio.
Il design diviso riduce la perdita di calore, offre una migliore protezione dal gelo e garantisce una fornitura stabile di acqua calda in tutte le stagioni.
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Dotato di tubi sottovuoto e tecnologia avanzata a tubi di calore, questo modello garantisce riscaldamento rapido ed efficienza superiore anche in condizioni fredde o nuvolose.
È adatto a regioni con climi variabili e utenti che cercano alte prestazioni con minima manutenzione.
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A solar hot water system captures solar radiation and converts it into usable thermal energy for domestic hot water, commercial demand, industrial processes, or space heating support.
It significantly reduces dependence on grid electricity, gas, diesel, or LPG.
Higher energy prices = faster payback = higher ROI
Solar thermal is not a trend — it is a mature, field-proven technology. Perfect for:
The more hot water your facility consumes, the more you save.
Solar thermal is not only an environmental solution — it is a powerful financial tool.
A solar hot water system integrates three essential components:
Guest rooms, staff dormitories, kitchen wash, laundry
Solar covers >65% annual hot water energy.
Predictable morning/evening usage
Sun heats during the day → usage at night → perfect cycle match.
Sterilization wash + bathing + cleaning
Hot water demand 365 days → fastest ROI among all sectors.
Food, textile, dyeing, laundries, dairy, poultry
Process water 40–70°C → solar thermal is unmatched in cost.
(For Reference)
European energy prices are high. Hotels have permanent hot water demand. The more expensive the energy, the faster the payback.
MENA has the best solar irradiation globally + high hot water demand. Hotels, resorts and staff housing generate exceptional financial returns.
Laundries and industrial washing operate at high and stable temperatures → Every day produces real savings.
Solar hot water is an energy investment, not a decoration.
| Regione | Typical Energy Source | Energy Cost | ROI Performance |
|---|---|---|---|
| Europa | Electricity / Gas | Alto | 3–4 years |
| MENA | Electricity / Diesel | Very high | 2–3 years |
| LATAM | Electricity / Gas | Medio | 2.5–4 years |
When daily hot water demand is constant, solar thermal becomes a real cash-flow generator.
Heat is a bigger cost driver than electricity in many commercial buildings.
Soletks flat-plate collectors are designed for long-term commercial use, not consumer backyard kits.
Maximizes heat gain while minimizing radiation losses.
Ensures uniform fluid distribution, high thermal conductivity, and zero localized overheating.
Eliminates spot contact, preventing thermal fatigue and solder cracking.
91% light transmittance, anti-impact, anti-hail resistant.
Outdoor durability >15 years, resistant to humidity and UV exposure.
Stable thermal output without performance drop after 2–3 years, even under heavy-duty loads in hotels or hospitals.
Soletks collectors are engineered for high-duty, commercial operation:
Soletks optimizes the entire hydraulic system, not just the collector's kW rating:
Higher outlet temperature, lower pump energy
Consistent loop temperatures across collector strings
Prevent backflow and night losses
Extend collector and fluid life
Predictable thermal performance with minimal instability, even under fluctuating loads.
Soletks tanks are built for frequent, high-temperature cycling:
Maximum corrosion resistance
Minimal heat loss
Extended tank lifespan
Multi-source integration capability
No rust, insulation collapse, or early failure. Designed to operate reliably for 10–15 years in hotels, hospitals, and industrial facilities.
Unlike many suppliers who sell panels and random tanks, Soletks designs complete hydraulic architectures:
We deliver solar hot water SYSTEMS, not isolated components.
Soletks systems are built to withstand extreme environmental conditions:
High-UV EPDM & silicone sealing
Aluminum alloy anti-salt spray coating
Collector fluid compatible with antifreeze
Mechanical structure validated for strong wind and hail
Every design decision aims to reduce field maintenance:
Even in countries where maintenance cost > equipment cost, Soletks systems remain economically viable.
Many solar systems look great in year 1, die in year 3. We engineer long-term stability, which directly increases ROI:
Our performance is steady, so your return is steady.
For EPC, hotel operators, and industrial users, we provide:
We don't send "catalog PDFs" — we deliver engineering you can actually install, run, and maintain.
Soletks Solar is chosen not because we are cheaper, but because our systems stay stable under real consumption when customers truly need hot water.
(Designed for International Projects)
Client provides:
We simulate consumption and solar yield to recommend capacity and configuration.
A quantified report including:
Hotels, hospitals, factories may require:
Deliverables include:
We are a solution partner — not an installation contractor.
| Item | Electric Heater | Gas/Diesel Boiler | Soletks Solar System |
|---|---|---|---|
| Running Cost | Very high | Alto | Near zero |
| Ritorno dell'investimento | None | None | 1.8–4.5 years |
| Lifespan | 5–8 anni | 5–10 yrs | 15–20 yrs |
| Safety | Power outage risk | Explosion/leak risk | Safe and stable |
| Sustainability | poor | poor | Excellent |
Traditional heating gets more expensive over time.
Solar gets cheaper the longer you use it.
Yes. The system is designed with a backup heater or heat pump. Solar provides primary heat; auxiliary kicks in only when needed.
Most commercial projects: 2–5 years. Heavy-load applications (hotels, factories): 1.8–3.5 years.
No. Periodic inspection of valves, pumps, and fluid — very simple.
Yes. We offer: Remote design, Installation guidance, Standardized spare parts, Distributor & EPC training
For projects, partnerships, or technical consulting:
We return a financial model and system design.