An object: A private house, in the village. Hallway, area up to 200 m2
Customer, faced with the task of reducing heating costs. The main goal was to find an efficient and economical solution for the heating system, which could replace or complement the existing system
Equipment selection
After analyzing the client's needs, it was decided to use heat pump Raymer RAY-18DS1-EVI on 18 kW.
This choice was due to several facts:
- Matching power to home needs: Power in 18 kW was ideal for providing the necessary heating for a house of this size.
- Efficiency of EVI technologies and inverter motor: These technologies offer high energy efficiency, which was a key factor in reducing heating costs.
- Flexibility and ability to work effectively: The project involved the integration of a heat pump with an existing heating system. The split system was chosen for its ability to achieve this combination.
Optimizing heat distribution
To ensure even heating throughout the house, the pump was connected to the freon line at 15 meters. This allowed for optimal heat distribution and increased overall efficiency of the heating system.
Scope of work completed
- The heat pump was integrated into the existing heating system of the house. This included connection to freon line length 15 meters, what was necessary to ensure efficient operation of the pump and its connection to the external unit.
- The system has been carefully tuned to ensure maximum heating efficiency. This included adjusting the pump settings for optimal performance in the home.
Benefit for the client
Saving on heating
One of the key advantages of a heat pump is significant savings on heating. Thanks to EVI and inverter motor technologies, the pump provides high energy efficiency, which allowed the client to significantly reduce heating costs in the first month of use.
EVI and Inverter Motor Technologies
EVI technology allows the pump to operate efficiently even at low temperatures, which is ideal for cold winters. Inverter motor optimizes energy consumption, adjusting pump power according to heating needs.
Using a voltage stabilizer in a heat pump operating system has the following advantages:
Surge protection: The stabilizer prevents damage to the electronic components of the heat pump due to unstable power supply.
Increased reliability: Stable voltage ensures reliable operation of the heat pump, which reduces the risk of failures and costly repairs.
Efficient Performance: A stable power supply helps the heat pump operate at peak efficiency, saving energy.
But the client refused to connect the stabilizer to the system.
Failure to use a stabilizer can lead to:
- Damage to the heat pump electronics.
- Reduced system reliability and possible interruptions in heating or cooling the room.
- Increased energy consumption due to unstable pump operation.
- Additional costs for repairs and replacement of components.
Main characteristics of an air-to-water heat pump Raymer RAY-18DS1-EVI на 18 kW
Technical parameters and their advantages
- power usage (1200-4420 Tue.):
Low pump power consumption ensures energy savings, making it an ideal choice for clients, seeking to reduce operating costs.
- Recommended heating area up to 250 м²:
High pump power allows you to heat large rooms, making it suitable for spacious homes and ensuring even heat distribution.
- Coolant heating temperature 55℃/60℃:
The ability to maintain high media temperatures guarantees sufficient heat supply even on the coldest days.
- Operating Temperature Range -30℃/+43℃:
Wide operating temperature range allows the pump to operate effectively in various climatic conditions, ensuring the reliability and stability of the heating system.
- Compressor type Panasonic DC inverter compressor EVI:
Innovative EVI inverter compressor technology improves system efficiency, ensuring optimal energy consumption and extending the life of the device.
- Freon type R410:
The use of environmentally friendly R410 freon makes the system safer for the environment and increases its efficiency.
- Smart Wi-Fi Control:
The ability to remotely control the system via Wi-Fi provides convenience and flexibility in management, allowing the client to control the heating system from anywhere.
- Auto defrost function:
This function is important for maintaining smooth operation of the system during the cold season, preventing failures due to ice formation.
- Operating ambient temperature up to -30 C:
The ability to operate effectively at very low ambient temperatures guarantees, that the system will be effective even in the coldest months.
Taking into account all the mentioned characteristics and their advantages, Heat pump Reimer RAY becomes the best choice for residents, seeking a combination of comfort and economy.
Read more reviews of Reimer heat pumps in OUR WORKS.
