Start Enjoying Your POOL
Heat it up with SOLAR!
We’ll Beat Any Competitive Offer, Guaranteed! Call now to schedule your complimentary in-home appointment.(818) 626 5626 
Aquasol solar heating system is designed to raise the temperature of your pool water by up to 30 degrees F or more. It utilizes your existing pool pump to circulate water through the solar collectors, heat it by the sun and the included Electronic control Kit then return it to the pool through the existing fitting.
Aquasol Solar Pool Heating Panel's,
Available in 4X8', 4X10' and 4X12'
With 12 years manufacture warranty 
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Electronic control devise, 3Way and Check Valves.
With 3 years manufacture warranty on control devise.
Solar and Water Sensors
Aquasol Solar Pool Heating System
Made in USA
$500 OFF
On Solar pool Heating System Installation
Exclusive offer for our local customers*
*one coupon per customer, Not Valid With any other offer or coupons, must be surrended before signing the contract. For local customers in Woodland Hills, Tarzana, Encino, Calabasas, Sherman Oaks, Studio City, Beverly Hills, Santa Monica, Malibu, Pacific Palisades, Granada Hills, Los Feliz, Glendale, Topanga, thousand oaks, Aqoura Hills, Hidden Hills, Canoga Park, Van Nuys, Northridge and All los Angeles Area.
Offer MADE IN USA
Solar Pool Heating Panels With 12 Years Manufacture Warranty.
Certified Installer and Dealer
A utility company study monitoring the amount of energy to heat a 500 sq.ft. pool in Woodland Hills California, from May through September, at a constant 80 F used approximately 1200 therms of natural gas. For residential summer time tiered gas rates this would approach $1200 per year. For the same pool, a 400 sq.ft. Solar pool heating system would maintain the same or higher temperatures through the same swim season. This system easily achieved a 4 year payback.
Go Solar and Save!
Gas Pool Heater
Initial Cost: $3,000
5 year operating cost: $7,000
Cost over 5 year: $10,000
Solar Pool Heater
Initial Cost: $5,000
5 years operating cost: $0
Cost over 5 year: $5,000

You can significantly reduce swimming pool heating costs by installing a solar pool heater. They're cost competitive with both gas and heat pump pool heaters, and they have very low annual operating costs. Actually, solar pool heating is the most cost-effective use of solar energy in many climates.
Most solar pool heating systems include the following:
A solar collector — the device through which pool water is circulated to be heated by the sun
A filter — removes debris before water is pumped through the collector
A pump — circulates water through the filter and collector and back to the pool
A flow control valve — automatic or manual device that diverts pool water through the solar collector.
Some systems include sensors and an automatic or manual valve to divert water through the collector(s) when the collector temperature is sufficiently greater than the pool temperature. When the collector temperature is similar to the pool temperature, filtered water simply bypasses the collector(s) and is returned to the pool.
Solar pool collectors are made out of different materials. The type you'll need depends on your climate and how you intend to use the collector. If you'll only be using your pool when temperatures are above freezing, then you'll probably only need an unglazed collector system. Unglazed collectors don't include a glass covering (glazing). They are generally made of heavy-duty rubber or plastic treated with an ultraviolet (UV) light inhibitor to extend the life of the panels. Because of their inexpensive parts and simple design, unglazed collectors are usually less expensive than glazed collectors. These unglazed systems can even work for indoor pools in cold climates if the system is designed to drain back to the pool when not in use. Even if you have to shut the system down during cold weather, unglazed collectors may be more cost effective than installing a more expensive glazed collector system.
Glazed collector systems are generally made of copper tubing on an aluminum plate with an iron-tempered glass covering, which increases their cost. In colder weather, glazed collector systems—with heat exchangers and transfer fluids—capture solar heat more efficiently than unglazed systems. Therefore, they can be used year-round in many climates.