Single-family home – Saurer
AC•THOR for maximum PV self-consumption through photovoltaic hot water preparation
Facts about the project
- Builder
- PV System
- System / Operating Mode
- Control
)
Customer Statement
"I implemented my hot water project last year and I must say that I am very satisfied with it. I have a PV system from SMA and an AC•THOR from my-PV. The integration of the AC•THOR into the system went smoothly, and I can easily view consumption data here.
For my existing heat pump, I specifically separated the electric heating element (electrically disconnected from the heat pump) and connected it to my PV system via the AC•THOR. Since I started heating my hot water with solar electricity, the heat pump has never turned on again. I can honestly say that my entire hot water demand is now provided by the sun. I have already recommended the my-PV product several times," sums up Hermann Saurer.
AC•THOR Product Details
0 – 3,000 W stepless regulation
Maintenance-free through "cables instead of pipes"
Reduction of the technical room space
Open system for various inverters, battery systems, and smart homes
Easy installation, user-friendly
Enables affordable housing, even in residential construction
Up to 85% PV self-consumption, even without battery storage
)
)
)
)
Weitere Referenzprojekte
)
At the district heating plant in Germany, heat is supplied to a town hall, a nursing home and 100 residential units.
Read more...)
A solar power company from Lower Franconia heats its commercial building using continuously regulated PV electricity.
Read more...)
With SOL•THOR, a family home in Auckland converts solar electricity directly into domestic hot water.
Read more...)
Thanks to photovoltaic heat, a 50-year-old house uses just 405 kWh of gas and 182 kWh of grid electricity per year.
Read more...)
Casa Verde shows how modern architecture, high living comfort, and photovoltaic heat generation work together seamlessly.
Read more...)
Solar-powered heating works in heritage buildings! A 150-year-old house is designed for maximum energy self-sufficiency.
Read more...