Project goal
The main goal of this project was to create an energy -efficient and autonomous heating system for a new private house. Owners considered two options: Installation of an electric boiler or heat pump. The choice in favor of the RAY-15MN thermal pump was due to its high efficiency, the ability to work at low temperatures and significant saving at electricity costs compared to the traditional electric boiler.
Analysis of the construction of the house
House, in which the heating system was installed, has a modern energy -efficient design:
-
External walls: insulated, using a vapor permeable windproof membrane STROTEX BASIC, which provides reliable protection against heat loss and external factors.
-
Foundation and floor: insulated to minimize thermal losses.
-
Windows and doors: Modern sealed solutions, which additionally increase the energy efficiency of the building.
This coating contributes to the effective maintenance of heat in the cold period and a decrease in the load on the heating system.
Choosing and installing the heat pump
Given the thermal characteristics of the building, The optimal solution was a heat pump type «Monoblock» Ray-15MN. The main advantages of this device:
✔ High performance - Power 15 kW allows you to fully ensure the needs of the house for heating and hot water supply.
✔ Wide temperature range of work - is able to effectively function at temperatures to -25°C.
✔ energy efficiency - significant energy savings compared to an electric boiler.
✔ Autonomous work - equipped with modern controllers, which allow you to maintain a comfortable temperature without constant user intervention.
1. Outdoor unit installation
The outer block of thermal pump RAY-15MN was installed on a special metal stand, which provides reliable fixation and protection against mechanical damage. The stand is made of a metal profile and installed on a concrete base, which guarantees its stability even with vibrations during the operation of the device.
Key features of installation:
✔ The optimal placement height - avoids contact with the soil, which reduces the risk of freezing condensate and snow accumulation.
✔ Anti -vibration elements - are provided to reduce noise and additional protection against mechanical exposure.
✔ Pipe protection - Copper freon highways and electrical communications are neatly brought to the body through the wall of the house, isolated and recorded with mounting foam. This protects the system from external factors, Such as the wind, precipitation and low temperatures.
✔ A canopy above the block - the construction of the building provides for a protective canopy, which prevents snow and rain directly on the device case.
This installation method provides durability, effective work and Convenient access for maintenance of the heat pump.
2. Installation of the storage tank Raymer IMP 60 and connecting to a warm floor collector
The photo shows the heating system, which includes Raymer IMP cumulative tank 60 (heat accumulator) and connecting to a warm floor collector. Such a system allows you to effectively accumulate and distribute heat, Providing Stable heating of the room.
Installation of a storage tank
The accumulative tank is installed on elevation With reliable fixation. The case of the tank has Thermal insulation coating To minimize heat loss.
Back to Baku:
-
Magistral pipes of the supply and reverse flow of the coolant, which connect it to the heat source - a heat pump.
-
Expansion tank, which compensates for thermal fluid expansion and supports Stable pressure In the system.
-
Safety system, including a safety valve and a pressure control group.
For connection used polypropylene and metal -plastic pipes With high -quality fittings.
Connection with the collector of the warm floor
Distributive collector of warm floor installed Below the level of the tank for the effective distribution of the coolant. It consists of feeding and reverse collectors, to which individual heating contours are connected.
Connection of the collector to the tank is made through:
-
Circulation pump, ensuring stable movement of the coolant.
-
Court reinforcement, allows you to adjust the flows and turn off individual contours for maintenance.
-
Balancing valves, which help to configure the uniform distribution of heat between zones.
System mounted in accordance with technical standards, What guarantees it Efficiency and durability. Accumulative tank Allows Accumulate excess heat, reducing the load on the main heating source and providing Stable heating through the warm floor.
3. Installation of hot water supply tank Raymer DHWP 200 L
The photo shows the installation Hot water supply tank (DHW), which is mounted In a vertical position on the rocks. The tank has a thermo -insulating case, What Minimizes heat loss And allows you to support Stable water temperature.
The main contours are brought to Baku:
-
Cold water through Blue pipe.
-
Hot water through Red pipe.
-
Contour of recirculation.
Cold water entrance Equipped in check valve, Preventive mixing of flows.
Connection of the tank to the heating system:
-
The supply and reverse pipes transport the coolant From the heat pump.
-
Built-in heat exchanger provides effective heating of water due to the circulation of the coolant.
System safety elements:
-
Expansion tank, compensating water expansion during heating, Preventing excess pressure.
-
Safety valve, protecting the tank from exceeding the permissible level of pressure.
-
Automation, The water temperature controls, controlling the heating process and supporting the specified parameters.
DHW tank integrated into the system of warm floor and total heating, which allows optimally distribute heat by rooms. Such a configuration provides Stable hot water supply and Energy efficiency use of thermal energy. Installation is performed taking into account technical standards and safety rules, which guarantees Durability and reliability system work.
What the customer received by installing the Raymer RAY-15MN heat pump (220V)?
Installing the Raymer RAY-15MN heat pump (220V), the customer received a number of benefits:
Comfortable conditions all year round: The heat pump provides efficient heating in winter and cooling in summer, which allows you to maintain a comfortable room temperature throughout the year.
Visible cost savings: Raymer RAY-15MN uses renewable energy from the environment (out of thin air), which allows you to significantly reduce energy costs compared to traditional heating and air conditioning systems. The return on all costs for installing this heat pump is up to 2-3 years.
Environmental friendliness: Using a heat pump reduces carbon emissions, what makes this system environmentally friendly. This is important for those, who strives to reduce their environmental footprint.
Convenience and automation: The pump is equipped with modern control systems, which allow you to easily configure the system using the remote control. This makes the system very convenient to use.
Reliability and durability: High quality components, used in Raymer RAY-15MN, ensure long service life and reliable operation even in difficult conditions.
Low noise level: The heat pump is quite quiet, which increases indoor comfort, especially at night.
No need for additional fuel: Unlike traditional systems, operating on gas or oil products, this heat pump does not require additional fuel, which reduces operating costs and makes the system safe to use.
Conclusion
Thus, Installation of a heat-block heat pump of the Raymer Ray-15MN in a private house allowed the client to significantly reduce heating costs, increase living comfort and provide environmentally friendly heating.
Thanks to a professional approach and high-quality equipment, the client can be confident in the reliable and uninterrupted operation of the heating system for many years.
