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
)
Solar-powered heating works in heritage buildings! A 150-year-old house is designed for maximum energy self-sufficiency.
Read more...)
Nestled in the picturesque Lavant Valley, a renovated multi-family home demonstrates the full potential of solar power.
Read more...)
By using the AC ELWA 2, a Dutch homeowner was able to significantly reduce their grid feed-in.
Read more...)
A Dutch homeowner achieves savings by using their PV surplus for hot water instead of feeding it into the grid for a fee.
Read more...)
After experiencing three failures of their heat pump, the owners of a single-family home installed a PV heating element.
Read more...)
Despite battery storage, enough surplus remains at the 100-year-old farmhouse, used as photovoltaic heat to boost self-consu
Read more...