NIBE F730 is an intelligent exhaust air heat pump. NIBE F730 provides heating, ventilation, heat recovery and hot water efficiently, simply and economically. With its attractive, stylish design and compact size, the heat pump is easy to accommodate and install, both in new-builds and when upgrading an existing heat pump. The heat pump’s inverter control produces an extremely high and economical heat output. NIBE F730 is well insulated and energy efficient, which minimises heat loss and keeps energy consumption to a minimum. Thanks to smart technology, the product gives you control over your energy consumption and will be a key part of your connected lifestyle. The efficient control system automatically adjusts the indoor climate for maximum comfort, and you do nature a favour at the same time.
Energy-efficient all-in-one product.
High heat output with minimal energy consumption for both new-builds and the renovation and conversion market.
A simpler life
Connected home with smart technology for a simpler life.
NIBE Smart Price Adaption
With Smart Price Adaption, the heat pump receives information about the electricity prices for the next 24 hours and then adapts the operation to these. The function is based on information about the hourly prices of the coming day from the electricity exchange NordPool Spot. The prices in combination with expected heating and hot water needs then automatically control the heat pump. This is in order to reduce energy costs and which in the long run contributes to a smaller environmental impact.
Integrated water heater
Built into the heat pump is a water heater that is insulated with environmentally friendly foam for minimal heat loss. NIBE Smart Price Adaption
When NIBE F750 is installed in areas with low ceilings and you want to split the heat pump.
For docking a VPB 200 and NIBE F730 in houses where there is a heavy demand for hot water.
To optimise the use of solar generated electricity.
This accessory is used for the wall mounting of: SAM 40, SAM 41, FLM, F135
NIBE PV is an integrated solution which is based on a fully modular system with several basic sizes: 4 / 8 / 12 / 16 / 20 kW. Each basic package has nominal power of 4 kW and consists of 10 panels, mounting parts and an inverter with communication module, all of which are ready for installation. The solar package can easily be expanded with additional solar panels for optimum use of roof space. NIBE PV comprises of monocrystalline silicon cell panels which use PERC technology, with an output of 400 Wp. The solar panels are elegant, all-black panels. NIBE PV harnesses sunlight all year round and converts it into electricity. NIBE PV can be connected to your NIBE heat pump* for maximum energy efficiency. Thanks to smart technology, the product gives you control over your energy consumption and will be a key part of your connected home. The efficient control system automatically adjusts the indoor climate for maximum comfort, and you do nature a favour at the same time. * applies to systems which can be connected to NIBE Uplink and myUplink.
HTS 40 is an accessory that records humidity and temperature.
A NIBE heat pump can be controlled and monitored by external Modbus equipped equipment.
Accessory card. AXC 40 is used to enable connection and control of Mixing valve controlled additional heat, Pump for hot water circulation, Groundwater pump
Room sensor used to obtain a more even indoor temperature. RTS 40 has up to three functions:Show current room temperature in the heat pump's display. Option of changing the room temperature in °C. Makes it possible to change/stabilise the room temperature.
Extra heating circuit (recommended 80-250 m2 floor heating). ECS 41 is used when heat pump is installed in houses with up to four different climate systems that require different flow line temperatures, for example, in cases where the house has both a radiator system and an under floor heating system.
With RMU 40 you can control and monitor your Nibe heat pump from another room in the house.
ECS 40 is used when heat pump is installed in houses with up to four different climate systems that require different flow line temperatures, for example, in cases where the house has both a radiator system and an under floor heating system.
GSM remote control. Settings via the heat pump’s display. Adjustment of operation mode via SMS. SMS notifications upon alarm and e g power failure. Status information via SMS.
Communication and control. EME 20 is used to enable communication and control between the inverter for solarcells and heat pump/indoor module/control module.
Net weight (kg)
Product efficiency class room heating, 35 °C
Product efficiency class room heating, 55 °C
System efficiency class room heating, 55 °C
System efficiency class room heating, 35 °C
Efficiency class water heating
Refrigerant amount, CO2 equivalent (ton)
Refrigerant amount, R407C (kg)
Declared tap profile
Amount of hot water 40 °C (l)