Single-family home & medical practice – Gross
AC•THOR 9s for maximum PV self-consumption through photovoltaic water heating
Facts about the project
- Owner/Planner/Installer
- PV system
- System / Operating mode
- System control
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Customer statement
"We charge our combined storage (900 liters, of which 300 liters is hot water) thanks to the AC•THOR 9s with surplus electricity from our own production. In summer, we had been generating hot water with a pellet stove until now. Now, the surplus electricity is usually enough to produce hot water for a family and a medical practice. Otherwise, we still have the pellet stove. On a nice summer day, our solar system produces about 45 kWh, and we achieve a self-consumption rate of 95%."
Product details AC•THOR 9s
0 – 9,000 W stepless regulation
Maintenance-free through "cables instead of pipes"
Reduction of the technical room size
Open system for various inverters, battery systems, and smart homes
Easiest installation, user-friendly
Enables affordable housing even in residential construction
Other reference projects
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The 50 children took cold showers for years. my-PV provided autonomous heating for Kenya’s fragile power grid.
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At the district heating plant in Germany, heat is supplied to a town hall, a nursing home and 100 residential units.
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A solar power company from Lower Franconia heats its commercial building using continuously regulated PV electricity.
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A commercial building in Regensburg took advantage of a roof renovation to install a photovoltaic system.
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A study by HTWG Konstanz shows the solar fraction achieved by a solar-electric heating system in practice.
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With SOL•THOR, a family home in Auckland converts solar electricity directly into domestic hot water.
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