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Segoe UI Emoji
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Symbol používateľského rozhrania Segoe
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Symbol používateľského rozhrania Segoe
Symbol používateľského rozhrania Segoe
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Vnútorné komponenty tepelného čerpadla sa zvyčajne inštalujú vo vnútornom priestore vyžadujúcom vykurovanie alebo chladenie, napríklad vedľa sálavého vykurovacieho systému.
Vonkajšie komponenty:
Apple Color Emoji
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Ohrievač vody s tepelným čerpadlom SG Ready
Parametre tepelného čerpadla
v/hz
DC invertorový kompresor Panasonic
Prevádzková teplota okolia
The installation of a photovoltaic solar thermal pump system typically requires the expertise of professional technicians to ensure the system operates safely and efficiently. Here is a general description of the steps involved in installing a photovoltaic solar thermal pump system:
Site Assessment:
Before the installation process begins, the engineering team conducts a site assessment. This involves determining the optimal placement for solar panels, the installation location of the heat pump, and the routing of connecting pipelines.
Solar Panel Installation:
Roof Installation: If installed on the roof, solar panels are mounted on supports to ensure optimal exposure to sunlight.Solar Heat Pump Water Heater
Ground Installation: When installed on the ground, a support system is placed in a suitable location to allow solar panels to face the sun.
Solar Panel Connection:
The installation team connects the solar panels to the inverter and battery system. The inverter is responsible for converting the direct current generated by the solar panels into alternating current.
Heat Pump Installation:
Indoor Components: The indoor components of the heat pump are typically installed in the interior space requiring heating or cooling, such as next to a radiant heating system.
Outdoor Components: The outdoor components of the heat pump are installed outside, usually on the exterior wall or in an outdoor location conducive to optimal air or ground heat absorption.
Pipeline Connection:
Through meticulous pipeline connections, components such as solar panels, indoor and outdoor portions of the heat pump, and the hot water storage tank are interconnected to ensure efficient heat transfer and distribution.
System Debugging:
After installation is complete, the system undergoes debugging to ensure that the solar panels and various components of the heat pump work harmoniously, providing the required thermal energy.
Training and User Instructions:
The installation team typically provides training on the operation and maintenance of the system to ensure users can properly use and maintain the photovoltaic solar thermal pump system.
It's important to note that the installation of a photovoltaic solar thermal pump system may vary based on system scale, model, and specific project requirements. For larger projects or unique needs, it's advisable to have detailed design and installation conducted by professional engineers.
Solar Panels Suggested Connection table
The Solar Panels Quantity For Each Horse Power Heat Pump
1.The above data is for reference only, the specific data is subject to actual product
2.ln the best case, the electricity generated by photovoltaic panels meets 90% of the consumption of heat pumps
3.Single phase Max DC 400V Input / Minimum DC 200V nput / Three phase Max DC 600V Input / Minimum DC 300V input
SG Ready Heat Pump Water Heater
Heat Pump Parameters
DC Inverter heat pump | FLM-AH-002HC32 | FLM-AH-003HC32 | FLM-AH-005HC32S | FLM-AH-006HC32S | |
Heating capacity (A7C/W35C) | w | 8200 | 11000 | 16500 | 20000 |
Input power (A7C/W35C) | w | 1880 | 2600 | 3850 | 4650 |
Rated setting water temperature | °C | DHW: 45℃ / Heating: 35℃ / Cooling: 18℃ | |||
Voltage | v/hz | 220V-240V - 50Hz- 1N | 380V-415V ~ 50Hz~ 3N | ||
Max water outlet temperature | °C | 60℃ | |||
Refrigeration | R32 | R32 | R32 | R32 | |
Control mode | Heating / Cooling / DHW / Heating+DHW/ Cooling+DHW | ||||
Compressor | Panasonic DC Inverter Compressor | ||||
Operation ambient temperature | (-25℃ -- 43℃) | (-25℃ -- 43℃) | (-25℃ -- 43℃) | (-25℃ -- 43℃) |