R32 PV Solar Heat Pump Hot Water For Heating
Instruction
The Photovoltaic Solar PV Heat Pump was very energy efficient,this product means solar panel provide power to air source heat pump,
then heat pump provide heating cooling and hot water to household.This is really sustainable energy.
We can provide you with solar panel and heat pump solutions.Only need to know the size of the house and the ambient temperature conditions,we can give you suitable air source heat pump and PV solar panel
Then the Solar heat pump system will give a suitable warm house.
Compare with normal heat pump
Energy Sources:
Photovoltaic Solar PV Heat Pump: Utilizes solar photovoltaic panels to collect and convert solar energy into electricity. This electricity is then used to power the heat pump system, including the compressor, circulating pump, etc.
Conventional Heat Pump: Typically relies on electricity as its energy source, using a compressor and circulation system to extract, transfer, and release heat energy. This electricity can come from the conventional power grid or other renewable energy sources.
Operational Principles:
Photovoltaic Solar Thermal Pump: Solar photovoltaic panels directly convert sunlight into electricity, which then drives the heat pump system. Such systems are efficient in ample sunlight but may require alternative power sources during nights or cloudy days.
Conventional Heat Pump: Utilizes a compressor to convert low-temperature heat into high-temperature heat. It can extract low-temperature heat (from the air, water, or soil) and convert it to a sufficiently high temperature for heating or cooling.
Application Areas:
Photovoltaic Solar PV Heat Pump: Primarily used for providing heating, hot water, and air conditioning. In favorable conditions, solar photovoltaic panels can supplement the energy needs of the heat pump system.
Conventional Heat Pump: Applicable to various heating and cooling applications, including residential heating, commercial building air conditioning, etc. Different types of heat pumps can adapt to different environments and temperature requirements.
Renewable Energy Utilization:
Photovoltaic Solar PV heat Pump: Utilizes solar energy as the primary source, with a high proportion of renewable energy, helping to reduce reliance on conventional electricity.
Conventional Heat Pump: While the heat pump itself is an efficient energy conversion technology, its electricity typically comes from the power grid, and the specific proportion of renewable energy depends on the source of electricity.Pv Heat Pump For Heating
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
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℃) |