Solar Hot Water
(Solar Thermal) We have over 15 years of experience designing and installing solar hot water systems for both residential and commercial. We work with architects, contractors, building owners, and homeowners to develop systems that are designed for each unique project need. We strive to make sure the client receives the system that makes the most sense.
Investing in an SHW system is a smart solar solution for most homeowners. Our systems use proven and reliable technology and offer long-term performance with low maintenance. With Federal, State, and utility incentives, these systems offer a quick payback—in some cases, only four to eight years.
Solar hot water systems produce more than three times the energy of solar electric systems and integrate perfectly with domestic hot water systems, radiant in floor heating, pools and hot tubs.
Areas of Expertise (Integrating Solar Hot Water with)
- Domestic Hot Water
- In Floor Radiant Heat
- Pools
- Hot Tubs
- Home Heating Systems
How Solar Hot Water Works:
Pressurized Glycol Systems:
Most of the systems we install are pressurized glycol systems. In this active, closed-loop system, incoming potable water is routed to the solar storage tank, but never into the collectors. A water and antifreeze mixture circulates from the collectors through a coil of pipe in the solar tank, and then is pumped back through the collectors. (In most climates, a 50/50 propylene glycol and water mixture will keep collectors from freezing.) This mixture continues to circulate as long as the collectors are hotter than the storage tank. A controller monitors the temperature of the collectors and tank and turns the pumps on automatically. Typical solar hot water temperatures are between 120 degrees and 150 degrees Fahrenheit.
Closed-Loop Drainback Systems:
