Tasks and solutions
Task:
The client sought a solution to install more efficient and economical home heating equipment due to the rapid increase in energy prices. An important factor was also the provision of hot water supply based on the operation of a heat pump.
Answer:
After analyzing the presented data, it was decided to install an inverter heat pump Raymer RAY-15DS1-EVI (380V), which, thanks to its technology and high efficiency coefficient, can provide significant savings on heating.
Hot water supply will be provided by installing an indirect heating tank model OKC-300NTR-HP on 300 l.
Scope of work completed
After analyzing the house design, its insulation, A thorough heat pump installation plan has been developed and a location has been selected for the boiler room with the appropriate requirements for the proper operation of all auxiliary system components.
1. Selection of equipment taking into account the climatic conditions of the area
Considering, that the climate in this area is quite moderate, but from time to time the temperature can still reach below -25°C, it was decided to install a Raymer RAY-15DS1 EVI heat pump, which, thanks to inverter technology, easily adapts its operation to weather conditions and is able to operate at temperatures of -30°C.
2. Outdoor unit installation
The outdoor unit of the heat pump was installed on a reliable metal stand, which ensures the stability of the structure. Additionally, the outdoor unit was installed on anti-vibration supports, to reduce vibrations from compressor and fan operation.
The outdoor unit was installed outdoors without any protective structures, in which there are no, actually, necessity, since the TN coating is quite reliable and made of high-quality materials, ensuring the longevity of the unit and its components.
Freon line length 6 m was laid underground - this helps reduce heat loss during heat exchange and prevent external mechanical damage.
3. Installation of the indoor unit
The indoor unit of the Raymer RAY-15DS1-EVI heat pump was installed in a dry, ventilated room with maximum comfortable access for maintenance.
Freon pipes from the outdoor unit were connected, as well as well-insulated hot water pipes to prevent condensation during operation in cooling mode.
Connected and configured touch controller for heating control, cooling and domestic hot water.
A modem has been configured to control the VT remotely from a phone or any gadget, which supports Wi-Fi.
4. Connecting voltage stabilizers
For stable and safe operation of the heat pump, three Eleks Hybrid U voltage stabilizers are installed 9-1/16 V2.0 - one for each phase. They protect the system from voltage fluctuations and other possible power failures.
In case of periodic power outages, Voltage stabilizers are important for heating systems, powered by generators or batteries. This guarantees uninterrupted operation of the heat pump and protects it from possible breakdowns..
4. Connecting the storage tank
Connecting the Raymer IMP storage tank 60 to a heat pump system is an important step to ensure efficient heating and hot water supply. storage tank (buffer capacity) allows you to retain heat and optimize the operation of the heat pump, reducing the number of starts and extending its service life.
Basic connection steps:
Choosing an installation location. The storage tank was installed in the location closest to the heat pump to reduce heat losses and ensure convenient maintenance.
Connecting pipelines. The heating supply and return pipes were connected to the tank.
Connecting sensors. Temperature sensors are connected to control the temperature and automate the operation of the system, which help regulate the operation of the heat pump and tank.
5. Hot water supply
Hot water supply is now provided by an indirect heating tank model OKC-300NTR-HP with a built-in coil of 3,2 m² on 300 l. This model is specially designed to work with heat pumps, ensuring optimal heat transfer and high performance.
The boiler is installed close to the heat pump to minimize heat loss and ensure efficient operation of the system.
Coil area 3,2 m² provides a large heat exchange area, which helps the water heat up quickly. The heat pump supply and return lines are connected to the coil.
The installation of safety valves is provided to prevent overpressure and protect the system from overheating.
Auxiliary system components
Raymer 3-way valve 325 TW and circulation pump are important components of an already made heat pump system, which ensure effective control of heat distribution and maintaining stable operation of the heating or hot water supply system.
Three-way valve used to switch the coolant flow between different system circuits. A three-way valve allows you to automatically switch the coolant flow between the heating circuit - when you need to heat the room and the hot water tank - when you need to heat water for domestic needs.
This allows you to control the priorities of the heat pump., depending on needs: when the system needs to heat water, the valve switches the flow to the boiler, and when you need to heat the room - to the radiators.
Circulation pump ensures constant movement of coolant (water or other liquid) through a closed loop heating or hot water supply system. Its main functions:
- Maintaining uniform temperature in all parts of the system. Thanks to circulation, the coolant constantly moves between the heat pump and consumers (radiators, boiler, etc.), ensuring uniform heating.
- Keeping your heat pump running efficiently. Without a circulation pump, the heat pump will not be able to supply heat to the system, because water will not move through the pipes. The pump guarantees, that the heated coolant is transferred there, where it is needed, with minimal losses.
Circulation pump and three-way valve work together, providing flexible control of temperature and heat flows in the heating and water supply system, increasing comfort and energy efficiency.
Features of the heat pump Raymer RAY-15DS1-EVI (380AT):
Energy Saving
A heat pump is an energy-saving heating solution. Heat pump heating systems can save up to 80% electricity compared to traditional methods. This occurs by using heat from the environment for heating instead of directly producing heat.
Comparative analysis shows, that even in cold conditions the heat pump is able to operate efficiently, providing warmth in the house while reducing energy consumption.
Ecological cleanliness
Particular attention should be paid to the environmental friendliness of the heat pump. The use of R410a freon makes it an environmentally friendly option. Reduced CO2 emissions help combat climate change and make the pump more resilient to environmental challenges.
Quiet operation and comfort:
Raymer heat pump has silent operation, which allows its use in various residential premises, without disturbing comfort.
The built-in cooling function in the standard version of the pump ensures a pleasant indoor microclimate even in the hot season.
Inverter technology
Inverter technology in the heat pump allows the pump power to be adjusted depending on actual needs. It means, that it operates at maximum efficiency, adapting to changes in external conditions.
The advantages of such a system are more stable and comfortable heating, as well as additional energy savings.
EVI technology
EVI technology (Enhanced Vapor Injection) in the Raymer RAY-15DS1-EVI heat pump is an advanced feature, which increases the efficiency and performance of the heat pump, especially in low temperature conditions. EVI technology works by injecting additional steam into the compression process, allowing the heat pump to maintain higher levels of efficiency even when operating in colder climates.
In a standard heat pump, when the outside air temperature decreases, COP, usually, is decreasing. However, with EVI technology, the heat pump can optimize its performance by regulating the refrigerant flow and injecting additional steam. The result is increased thermal output and efficiency, which makes the heat pump more suitable for operation in winter conditions.
Remote access via Wi-Fi
The pumps are equipped with a remote access function via Wi-Fi. It means, that you can control the pump and monitor its operation using a smartphone or computer from anywhere, Where can I get access to the Internet.
Reliability and durability
Heat pump Raymer RAY-15DS1-EVI 380V 15 kW split system, is characterized by high reliability and durability. Modern technologies and high-quality materials ensure long service life of the equipment.
The experience of using the pump is confirmed by positive user reviews, who note the stability of work and level of comfort, provided by this equipment.
Benefits for clients, installing heat pump Raymer RAY-15DS1-EVI 380V?
Installing a heat pump, the customer receives a number of benefits, which make this heating option attractive and efficient:
Energy savings: The heat pump uses energy from renewable sources, such as air, water or soil, which allows you to significantly reduce heating costs compared to traditional gas or electric systems.
energy efficiency: Heat pumps have a high energy conversion rate (COP), which means, that they can generate more heat, what they consume electricity. This makes them one of the most efficient heating systems.
Versatility: A heat pump can do more than just heat your home in winter, but also to ensure its cooling in the summer, which reduces the need for air conditioning.
Environmental friendliness: Using heat pumps helps reduce CO2 emissions and dependence on fossil fuels, which has a positive impact on the environment.
Independence from fuel prices: Because the heat pump uses energy from the environment, the customer is less dependent on fluctuations in prices for gas or other traditional energy sources.
Comfort and automation: Modern heat pumps are equipped with automatic control systems, allowing you to customize them to individual needs and provide stable comfort in the home.
Increase in property value: Installation of energy efficient systems, such as heat pump, increases the attractiveness and market value of the home.
Long service life: Heat pumps are known for their durability, which allows you to use the system without the need for frequent repairs or replacements.
Thus, the customer receives effective, reliable and economical heating and cooling system, which is also environmentally friendly.
