ducool hybrid
TRANSCRIPT
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8/3/2019 Ducool Hybrid
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DuHybrid (DB)Hybrid Solar Air Conditioning SystemPowered by Renewable Energy & Electricity
SolarEnergy
Geothe
rmalWa
ter W
ast
eHeatEnergy
Air Conditioning DehumidifcationIndoor Air Quality (IAQ)
The DuHybrid air-conditioning system is connected to both thermal energy (Solar Thermal, Cogeneration,
Waste Heat, Geothermal Water) and electricity sources.
The DuHybrid system automatically alternates between Green energy and electricity, utilizing sun energy
when available, operating on the most cost eective, available efcient energy source.
With a C.O.P o 12.4 25.6 while operating using a Green energy source the DuHybrid system reduces the
required cooling energy by up to 60% compared to standard air conditioning.
Maximizes energy efciency by the combined usage o green energy and electricity
Enables humidity and temperature independent controlImprovesIndoor Air Quality (IAQ) -
Eliminates 915% o airborn microorganism in the treated air
Removes 805% o all particles larger than fve microns including allergens
Hot Water
Waste Heat
Geothermal Well
Cooling Tower
Solar Thermal
CHP
CombinedHeat & Power
Cool
Water
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Contact Information
For further information visit www.ducool.com or contact DuCool at [email protected]
DuCoolDB/DH0
01
Allrightsreserved
Europe:
Ronnie Eran-Wright
Media Manager
+39 02-407-08031 ext. 305
India:
J.S.Patil Marketing Manager
Tel: +91-22-66954731-34
North America:
Mooki Talby
Vice President Business Development
+1 (201)-541-4141
Thailand:
Satit Asvanit General Manager
Tel: +66-27414929
DuCools chiller-ree, desiccant-based dehumidifcation
and cooling technology was recently used in the six-story
building, Athens, Greece to save 90% on energy costs.
The 600 square meters (6,500 square oot) building is
now cooled with only 6 kW o electricity to save 16,854
($22,000) in energy costs per year and 28.09 per square
meter ($3.38 per square oot ). DuCools technology uses
geothermal water and hot water rom a solar thermal
system to provide cooling and dehumidifcation.
The management considered a conventional solution
which would have consumed 59 kilowatts o electricity
or an annual energy cost o18,762 ($24,700) during
2,650 annual hours o operation.
Instead, management utilized a much more energy- and
cost-efcient approach based on DuCools desiccant-
based dehumidifcation and cooling technology. The
DuCool DH-3400 unit treats the outside air to comort
conditions using only solar-heated water at a temperature
o approximately 65C (149F) and geothermal well water
at approximately 19C (66.2F).
Solar Air-Conditioning Dehumidifcation/Cooling Saves
up to 90% in Energy Costs600 square meters (6,500 square foot) building cooled with only 6 kW
of electricity. Energy savings amounted to28.09 per square meter
The DH-3400 provides 100% resh air to the building,
providing a substantial improvement in indoor air quality.
The use o concentrated natural salt as the air treating
media not only dehumidifes and cools the air to very
comortable levels but also eliminates approximately
91% o microorganisms rom the air and approximately
80% o airborne particles larger than 5 microns, providing
additional improvements in indoor air quality.
The total investment in the new approach including
the solar panels, geothermal well and DuCool DH-3400
unit is approximately 80,000 ($105,000). The energy
consumption is only 6 kW which amounts to a cost o only
1,908 ($2,512) per year, a savings o16,854 ($22,180)
per year. These energy savings pay back the 44,000
($58,000) additional investment in the DuCool unit in
only 2.61 years.