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HEATING AND AIR CONDITIONING
The energy performance that is obtained using condensation boilers for underfloor heating installations or for conventional radiators is extremely efficient.
Under optimum conditions, the gas energy savings is about 30% higher than that of a traditional boiler
The exhaust smoke of a boiler contains water vapour, which is hot and may be recovered and used for the installation by means of a condensation technique. In a conventional boiler, this energy is lost to the atmosphere.
Using condensation technology we can partially recover this heat in the water vapour as it is transformed to its liquid state, with the subsequent increase in performance of said boilers. Also, as the smoke cools down, their heat loss decreases as well as the loss attributed to the enclosure of the boiler. These higher efficiency values are immediately transformed into a reduction in fuel consumption.
How do condensation boilers work?
- Hot combustion gases, which are normally exhausted to the air, are collected and condensed by a secondary heat exchanger.
- This condensation process allows the heat exchanger to absorb the latent heat in this combustion of gases and use it to preheat the cold water that return to the heating circuit.
- Less energy is required to reach the heating set point temperature that is desired by the user.
- Warm water is then returned to the circuit.
The condensation boiler may achieve efficiency levels higher than 100% and save about 30% in gas consumption.
New generation energy efficient circulating pumps
- Save money:
An energy classification of A is a combination of the frequency variator, permanent magnetic field technology and compact stator to achieve the maximum classification of the energy scale.
- Connect and pump
The connector offers an easy connection without opening the connection box.
- Easy to install
Circulating pumps are more compact as a result of the new and innovative designs. With the electronic system integrated inside the pump, the compact design allows achieving a simple installation even in reduced spaces.
- Easy to operate
The navigation button allows for a simple and intuitive operation.
You have probably heard of the great acceptance that Inverter technology has had. As a result of its innovative operation, this technology constitutes the maximum expression of energy savings in the air conditioning sector. Instead of using a constant speed compressor, the Inverter system uses a variable speed compressor, which means that the cooling or heating capacity of the equipment varies to adapt to the conditions of the room. This makes Inverter units more economical and efficient in their operation, they are quieter than the standard equivalent system and offer the best performance on the market. All Inverter units provide a series of advantages, among which the following are worth mentioning:
- Greater Energy Savings
Ahorre hasta un 66% de energía con la tecnología Inverter. Por su importancia como instrumento en la lucha contra el calentamiento global, los productos con bomba de calor están concitando en los últimos tiempos una considerable atención por el importante efecto de ahorro energético que conllevan. En particular, los productos como bomba de calor Inverter presentan un rendimiento energético incomparablemente superior al de las unidades no Inverter de velocidad constante. Como consecuencia de ello, los productos Inverter pueden ayudar a ahorrar hasta un 57% de energía en modo refrigeración y hasta un 66% en calefacción. Utilizando un equipo Inverter de alto rendimiento energético, también puede contribuir a la reducción de las emisiones CO2.
Inverter technology (For example, that of a BLDC motor and a fan with slanted blades) has enabled to lower the noise level to just 19 dB, which is the lowest in the world. Therefore, in "sleep" mode, a good night sleep is guaranteed. Also fans are available that greatly decrease the interference with the heat exchanger and provide a cooling mode that is exceptionally quiet.
- More Powerful
The new Inverter has improved its performance in cooling and heating and has helped us to forget what it feels like to experience the suffocating heat during the summer and freezing temperatures during the winter. The cooling performance has increased by 15% and its heating performance has increased by as much as 30%. Even during hottest temperatures in the summer, the air conditioning unit is capable of reaching an enjoyable temperature in the room. Even when the outside temperature is -10ºC, the air conditioning may be operated in heating mode.
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