MAK Solar Hot Water FAQ’S
What is solar hot water?
Solar hot water is a great way to save money
and be kind to the environment!
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• MAK
SHW is a 90% Efficient way to meet your domestic hot water needs |
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• MAK
SHW will generate 75% to 100% of the hot water you and your
family use |
| • MAK
SHW is a no hassle, low maintenance system that works with your
home’s existing hot water tank |
| • MAK
SHW makes the sun work for you, so you save money |
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• MAK
SHW is the installation of 3 simple components: |

How does Solar Hot Water Work?
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• Collectors are mounted on roof |
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• Heat from the sun is absorbed by
the collector, heating the copper tubing filled with glycol |
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• Heat is transferred in the Heat
Transfer Unit |
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• Heated water fills solar storage
tank |
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• Solar storage tank fills your
existing hot water tank with preheated water |
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• Your hot water tank discovers the
incoming water is already hot and does not power up to heat it again |

What about the environment?
The system uses no
fuel and no pollutants. The energy used by an average family of
four with an electric water heater is roughly equal to the energy used
by a medium sized car driven 12,000 miles per year. A solar
hot water system can save 1.5-3 tons of greenhouse gases a
year. The average car produces 4-10 tons of greenhouse gases per
year.
How much will I save?
Typically a solar hot water system covers
60-75% of a family’s yearly use so savings
vary.
Is my home right for solar hot water?
Solar hot water
collectors are placed on the roof and typically need sunshine from
approximately 10 AM-3 PM. You need a pace of approximately
112 square feet (14’X8) to 120 Square Feet (10’X12’) depending upon
the size system.

What happens in the winter and colder months?
The closed-loop
systems with high efficiency heat exchangers are used to provide safe
installation and year-round operations in all areas without freezing.
The MAK Solar system uses Heliodyne Technology which has
been in business since 1976 and tested in snow country in over 100
installations. When it snows, a thin film of water forms between
the collector and the ice. The water barrier makes it
possible for the ice of snow to slide off the collector and begin
producing hot water.
How long does the system last?
The estimated
useful life of a solar hot water system is 25-30 years.
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