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Aquarea Air / Water-heatpump – heating and cooling systems
DESIGN HANDBOOK
DESIGN HANDBOOK
for Bi-Bloc and Monobloc systems
for split and compact systems
Order-Nr. A2W-SPX-140519-016
2014

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Summarization of Contents

Introduction to Aquarea Heat Pumps
Operating principles of the air/water heat pump
Explains how the Aquarea heat pump system operates.
Coefficient of Performance and performance factor
Defines COP and SPF, key metrics for heat pump efficiency.
Economical and environmentally friendly operation
Discusses cost savings and environmental benefits of heat pumps.
Heat pump system overview
Heat source: Ambient air utilization
Details ambient air as the primary heat source for the system.
Heat pump: Function, properties, and operating modes
Details the different Aquarea series and their operational modes.
Heat utilisation: Heating, water heating, and cooling
Explains how the heat pump is used for heating, water heating, and cooling.
Systematics and overview: Model nomenclature and system types
Explains model nomenclature and provides a system overview.
Products, functions and technical data
Bi-Bloc system: Features and technical data
Details features and technical specifications for Bi-Bloc units.
Monobloc system: Features and technical data
Details features and technical specifications for Monobloc units.
Accessories: Hot water tanks and extras
Information on hot water tanks, solar connections, and extra accessories.
Closed-loop control system
Control design and basic functions
Explains control system design and core operational functions.
Further functions, extensions, and external interfaces
Details advanced functions and external interfaces for control.
Project Design considerations
Design steps and Panasonic Aquarea Designer tool
Outlines the design process and introduces the Aquarea Designer software.
Heating load and outside design temperature calculation
Method for calculating building heat load and determining design temperatures.
Hot water cylinder sizing guide
Provides guidance for selecting appropriate hot water cylinders.
Heat emitter temperatures and bivalence point determination
Setting heat emitter temperatures and identifying the bivalence point.
Heat pump selection and installation planning
Criteria for selecting a heat pump and planning its installation.
Acoustics: Sound pressure and power levels
Information on noise levels and methods for estimating sound pressure.
Cooling operation and electrical connections
Details on cooling modes and requirements for electrical connections.
Hydraulics: Integration, balancing, and components
Explains hydraulic systems, pumps, pipework, and components.
Examples of system configurations
Example applications overview and legend
Illustrates typical system configurations and provides a component legend.
Appendix: Technical data
Heating capacity data by temperature
Presents tables and graphs of heating capacity vs. temperatures.

Table of Contents