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Explains how the heat pump uses ambient air to heat buildings and provide hot water.
Defines COP and SPF, explaining their meaning and how they are measured.
Discusses the cost-effectiveness and environmental benefits of Aquarea heat pumps.
Describes ambient air as the heat source, its availability, and installation considerations.
Details the three series (LT, HT, T-CAP) and their operating modes (monovalent, mono-energetic, bivalent).
Discusses heat utilization for heating, water heating, and cooling operations.
Explains model naming conventions and provides a general overview of Aquarea heat pump series.
Covers product features, comfort, maintenance, and technical specifications for Bi-Bloc systems.
Details energy efficiency, comfort, maintenance, and technical specifications for monobloc systems.
Lists and describes accessories like hot water tanks and optional extras for system enhancement.
Explains operation via controllers, basic functions like automatic temperature control, and valve switching.
Details advanced functions like pump control, service mode, defrosting, and whisper-quiet operation.
Covers external thermostats, deactivation of circuits, external control, solar thermal, and Heat Pump Manager.
Explains how heat pumps integrate with smart grids and manage operating states via control signals.
Outlines the step-by-step process for planning a heat pump system, referencing specific sections.
Introduces the free software for modeling, optimizing, and calculating heat pump systems.
Explains how to determine building heating load and select outside design temperatures based on standards.
Provides guidance on selecting hot water cylinders based on dwelling type and system configuration.
Discusses recommended supply water temperatures for underfloor heating and radiators.
Explains bivalent operation and how to determine the bivalence point for optimal system sizing.
Lists key decisions for selecting a heat pump, including system type, operating modes, and required capacity.
Covers planning the installation room, including unit placement, pipe runs, and assembly conditions.
Details planning for air as a heat source, covering bi-bloc and monobloc system considerations.
Explains sound pressure and power levels, their measurement, and factors affecting noise propagation.
Discusses cooling operation with underfloor heating and fan convectors, including capacity and condensation.
Details electrical connections for bi-bloc and monobloc systems based on phase, capacity, and heater configuration.
Explains hydraulic integration, pump types, decoupling, pipe sizing, and expansion vessel calculations.
Presents heating capacity data for Aquarea LT, T-CAP, and HT series across various models and conditions.
Provides cooling capacity data for Aquarea LT and T-CAP series across various models and conditions.
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General