Automatic Heat
- Country AT, Bludenz
- Build year 2025
- LOXONE partner Autom8 GmbH
Challenge
Most heating systems and boilers are not optimized, but run with the manufacturer's factory settings without any adjustments or optimization for the specific building. This very often results in the unnecessary waste of expensive kilowatt-hours of energy in the form of electricity, gas, oil, and wood.
Solution
With Autom8 Heat, we offer flexible heating control for all heating systems, focusing on:
- Heat generation
- Domestic hot water
- Buffer storage
- Heating/cooling circuits
- Solar thermal energy
- Waste heat from computing power (e.g., Bitcoin mining)
How we do this:
- Deeply integrated heating logic
- Clean heating and heat pump control
- Buffer storage and domestic hot water logic
- Dynamic heating curves
- Efficiency monitoring (COP, SCOP)
Typical decisions made by Autom8 Heat:
- When do I start the heating/heat pump?
- What flow temperature is actually needed?
- Do I heat the domestic hot water or buffer tank?
- Do I use excess PV power for heating?
- How do I avoid short cycling and poor COPs?
- Heat generation
- Domestic hot water
- Buffer storage
- Heating/cooling circuits
- Solar thermal energy
- Waste heat from computing power (e.g., Bitcoin mining)
How we do this:
- Deeply integrated heating logic
- Clean heating and heat pump control
- Buffer storage and domestic hot water logic
- Dynamic heating curves
- Efficiency monitoring (COP, SCOP)
Typical decisions made by Autom8 Heat:
- When do I start the heating/heat pump?
- What flow temperature is actually needed?
- Do I heat the domestic hot water or buffer tank?
- Do I use excess PV power for heating?
- How do I avoid short cycling and poor COPs?
Up to 30% lower heating costs
Bastian Benda, Managing Director
Products
- Miniserver Go · 100336
- Miniserver · 100335
- Miniserver Compact · 100512
- 1-Wire Extension · 100014
- 1-Wire temperature sensor set · 200109