The choice of paring Nibe Heatpumps with Loxone offers the possibility of:

• integrating demand-based heating and cooling depending on e.g. presence or the protection of open windows
• Interaction with the blinds for saving effects by passive cooling thanks to Loxone automatic shading
• Active integration in interaction with e.g. PV- systems in a Loxone Energy Management
• Using flexible electricity tariffs with the Spot Price Optimizer.
• Use statistics ore individual notifications
• Create your own individual schematics
• Reduce cycles and operating hours of your Nibe Heatpump
• Create e.g. yearly operation goals like certain annual runtime forces for hybrid systems e.g. (Heatpump 60% amount of energy, Gas heater 40% amount of energy) to fulfill the requirements of your local government.
• Grid management according to §14a ENWG in Germany
• In addition to the electrical power, the current and total thermal energy can also be visualized via the Loxone Energy Flow Monitor. To the compact overview for e.g. contractors.
• Influence on the hot water circulation pump by controlling via the presence detectors.
• Increased security through leakage detection or activation of IP cameras in the plant room.

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Please note: The LAN cable is connected to the controller for the air/water heat pump and to the Touch control module for the brine/water heat pump

UseCase: Integration of a Nibe Topline S1156:

• Commercial building with heating, cooling, heat buffer, warm water storage and heating circuit.
• Device Brine/Water Topline S1156
• Heating/Cooling buffer tank
• Warm water storage tank --> Controlled by Loxone
• Mixing circuit heating/cooling HC1 (e.g. ceiling heating/cooling) --> Controlled by Loxone

Inputs :

• Actual Outdoor temperature [BT1]
• Actual Hot Water Bottom temperature [BT6]
• Acutal Supply Flowtemperature HC1 [BT2]
• State Room temperature HC1 [BT50]
• State Offset Curve HC1
• State Heat Curve HC1 [BT50]
• Total Thermal Power Heating
• Total Operating time direct heater
• Actual Return temperature HC1 [BT3]
• Actual Brine Out Flowtemperature [BT11]
• Actual Brine In Flowtemperature [BT10]
• State Compressor
• Actual Hot Water Top temperature [BT7]
• Total Thermal Power Hot Water
• Actual Heatpump Flowtemperature [BT12]
• Actual Liquid Line temperature [BT15]
• Actual Outdoortemperature [BT1]
• Actual Heatpump Flow Sensor [BF1]
• State Brine Pump Speed [GP2]
• State Compressor Starts
• State Circulation pump HC1 [GP10]
• State Calculated Supply Flowtemperature
• Actual Electrical Power Compressor
• State Compressor Operation hours
• State Hot Water Demand
• State Hot Water operation mode
• State Cooling operation mode
• State Heatpump Operating prioritisation
• Actual Flowtemperature Buffer to HC [BT25]
• State Circulationpump HC1
• Actual Current BE3
• Actual Current BE2
• Actual Current BE1
• State Heatpump Operating mode
• Actual Electrical Power
• State Hot Water Circulation pump [GP11]
• State Target Heating Supply Flowtemperature HC1
• State Target Cooling Supply Flowtemperature HC1
• State Alarm number
• State Active alarm