Schüco Solar Water Heating Systems

Schüco manufactures solar water-heating systems with a controller and pump to circulate a heat-transfer fluid.
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  • Equipment and products that enable us to use renewable energy instead of fossil fuels and conventional electricity are highly beneficial. Examples include solar thermal systems, solar electric (photovoltaic) systems, and wind turbines. Other power generation equipment, such as fuel cells and some energy storage systems (like batteries) are included here because they help us accommodate varied energy sources so that we may eventually move beyond fossil-fuel dependence.

Schüco manufactures solar water-heating systems with a controller and pump to circulate a heat-transfer fluid. The system allows for air-purging without accessing the panels. Panels have anodized aluminum hardware and frames. The Solar Thermal Slim is the basic model; the Premium line has higher system efficiency, with two models meant for pitched or flat roofs; and the Advanced line, for smaller applications, has a dark frame and plate to blend in with its surroundings. Schüco also offers custom systems for large installations, apartment buildings, and swimming pools. These products are manufactured in Germany.

23 56 16: Packaged Solar Heating Equipment

Solar thermal systems—also known as solar water heaters or solar domestic hot water systems when used in residential applications—provide an energy-efficient source of hot water. These systems are typically sold as complete "plug-and-play" packages that include collectors, tanks, controls and all of the necessary components.

There are a number of different solar thermal system configurations available, including:

  • Direct solar thermal systems that use potable water as the heat-transfer fluid.

  • Indirect systems that use propylene glycol as the heat-transfer fluid and require heat exchangers in the water tank.

  • Passive systems that rely on rising hot water (or glycol) to provide circulation.

  • Active systems that rely on pumps and controls for circulation.



Most cold-climate systems are indirect, active systems that use flat-plate or evacuated-tube collectors. In warm climates, direct, flat-plate collectors are common, as are inexpensive integral-collector storage (ICS), or “batch” systems, that contain both the collector and water storage.

GreenSpec lists residential and light commercial solar thermal systems certified by the Solar Rating and Certification Corporation (SRCC) to its OG-300 standards. OG-300 certified systems are tested based on collectors (certified to OG-100); storage tanks; pumps, controls, and other components; and backup water heater. OG-300 is required for a solar thermal system to qualify for a federal Residential Renewable Energy Tax Credits and to be listed as an Energy Star-qualified system.

GreenSpec lists residential systems certified to SRCC OG-300 and high-temperature commercial systems that incorporate SRCC OG-100-certified collectors.

Certifications

LEED Credits

EAc1.3: Optimize Energy Performance—HVAC

EAp2: Minimum Energy Performance

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