You undoubtedly learned about infrared technologies when you were younger to transfer files between two old phones. Some may also have assumed that this system had been outdated, but nobody might be shocked if people adapt it to help provide effective and reliable energy. This blog should clarify all your concerns regarding the effectiveness of the infrared heating device and whether infrared heaters save money.
What is infrared heat?
How is infrared before we start thinking about heat? Infrared is representative of the electromagnetic continuum of radiation. Given that this source of light is opaque to the human eye, we can sense the intensity in the source of fire. That is analogous to how we sense the force of the light, we do not necessarily experience the sun’s rays on the planet, but we can feel the impact. Infrared is one of the three mechanisms by which heat transmits between objects. The two main forms of heat transmission are convection and conduction. It is the heating system found in other heating devices such as convection ovens and cooking devices.
Nevertheless, unlike conventional heating devices, the infrared heating device distributes heat where required rather than in empty spaces within the house. Infrared heating technology uses 80 per cent of the energy to heat individuals and other areas of the building. Infrared requires just 20% of the resources for heating room, which is small relative to many conventional methods of heating technology.
How do Infrared panels work?
Current heating systems aim to release heat to the ambient environment, which expands around the vicinity of the furnace. Nevertheless, unlike other heating methods, infrared heating consistently releases a normal heat source, consumed by objects.
In infrared heaters, you will not have to wait to warm up because of the fast moving heat generated by the infrared plate. The heat produced by a focused heat beam delivered to the surface by a steady stream of heat particles. This is good because no matter where you are, the heat is concentrated on the person and not on the millions of air particles in the room.
Since the infrared panel radiates light and allows no fans, it operates in total silence! This makes it a perfect addition to any space, particularly those where you want peace.
The infrared heater works due to hot coils draped around a heat source, meaning that the heat can be distributed uniformly to the external area. If the gap between the body and the radiator grows, it becomes more difficult to keep warm. However, infrared heaters are fitted with painted metal to reduce the gap over which the heat can transmit, which tends to improve the performance of the heater. The question still stands, Do infrared heaters save money? Here is the breakdown of that:
The operating costs of the infrared heater?
While buying an electrical appliance, the two key principles that move through customer consciousness are ‘sustainability and practicality.’
the following definition to demonstrate how affordable infrared heating systems are:
Heater works for about 5 hours a day.
For a total of 120 days of winter
Uk power costs 12.5p / kWh
1kW digital convection heater vs 0.4kW infrared heater
The report suggests that during the winter season, utilizing the latter example, the user should have paid $ 90 using a convection heater and $30 with an infrared heater, which is a saving of 67 per cent!!! When having a deeper look at local prices, Healthy Heat ‘s cost calculator notes that if one utilizes IR heater panels every day in the following rooms:
In the family room for 4 hours
In the dining room for 4 hours
Five hours in the oven
6 hours paired with 3 separate bedrooms
The rate each month is just $21.0. As a consequence, we have approximately four months of cool weather in Malta. The average price for the winter time that one will pay on heating will be $84.24 so you have a warm atmosphere in much of your house, it is a no-brainer!
Just how much money can I save using an infrared heater?
If you stay in a house that does not have exposure to mains power, so sadly your heating choices are pretty small, you may either use a heat pump, storage heaters, electrical convection heaters or infrared heaters.
We like infrared heaters because they are inexpensive (for example, a land source heat pump will cost upwards of $20,000, which renders them too costly for most) and are also effective.
The idea of infrared is that instead of heating air like a typical radiator (or storage heater), infrared heaters heat rigid surfaces directly. When the infrared panels exceed the temperature, the devices release infrared radiation that moves unimpeded before it reaches a solid surface, i.e. a human or any furniture. The object absorbs the radiation and then warms up.
The good part about infrared is that you are not losing energy-heating air that can quickly escape through chimneys or draughty walls. Everything you need to do is heat the items that need heating. Now, because you are heating surface area instead of volume, you are creating big energy savings – so it is simple to ask – what are the figures that back up such huge savings?
Energy expenses for infrared and electronic convection heating
Infrared reductions attribute to the complexity of the machine. Usually, the infrared heater is just 40 percent bigger than the conventional convection radiator and provides the same warmth. The 1kW convection heater would also provide the same amount of warmth for the user as the 400w infrared heater.
That is where the profits are coming from! Generally, we consider using between 50 watts and 100 watts per m2 based on how good the room is insulated. A new insulated environment is equal to 50w / m2 whereas an outdated uninsulated land is similar to 100w / m2.
So look at the table below to see the running costs – we have made the following assumptions:
|Infrared Heater||Electric Heating|
|Wattage of heater (w)||400w||1200w|
|Total units used per hour (kWh)||0.4kWh||1.2kWh|
|Cost of running unit for 1 hour||$0.05||$0.15|
|Cost of running for 5 hours each day||$0.25||$0.75|
|Total running cost over winter period||$30.00||$90.00|
Therefore, we are looking at saving $ 60 a year with this specific case by implementing infrared over normal electrical panel heating. However, it is worth remembering that this does not consider the pace at which infrared heat senses.
Once the infrared heater turns on, the screen will heat up and generate the radiation after only a few minutes, and the user can experience the energy.
For an external convection radiator, the radiator has to pumps up and then the air has to be heated – it is only as the air increases to the point that the user can experience the heat.
Are infrared heaters worth it?
People know that most heaters will dry our skin or help to obstruct sinuses, introduce unhealthy gasses to the air and generate static electricity. IR heaters do none of that, they generate the same form of heat as the sun, and you can reap the advantages of sunshine without any worry for UV radiation. Thus, infrared heating does not dry the air within the house, nor does it cause heat loss by ventilation, because it does not heat the air.
Nowadays, individuals are becoming more mindful of their carbon footprint, particularly while purchasing appliances. Okay, this sort of refrigerator is certainly an environmentally conscious consumer, unlike many appliances where heat loss is a big problem. There is no lack of heat flow by utilizing an infrared heater. Since it requires 100% of the power it produces to power artifacts at a very low expense! Besides all this, the servicing of infrared heaters is limited.
As a device, there are no rotating pieces that may have defects or wear down over time. All that requires is to clean the reflectors from time to time to maintain the unit in decent working order.
All in all, IR heating panels have many advantages: ergonomic nature, cost-effectiveness, longevity, safety benefits and limited maintenance. Most notably, it is an incredibly powerful gadget in your home to keep you and your loved ones warm and comfortable throughout the cold winter months.
Are infrared heaters more energy-efficient?
There is a misunderstanding that all electrical heating is poor and costly, so this sometimes prompts people to wonder if infrared heaters use a lot of electricity?
First, it is necessary to understand the form of heating provided by an electric heater. When this power is mainly convection power (warming up and moving air), it is ineffective and has a variety of other problems that are not desirable. Rising condensation (caused by warm air contacting cool surfaces) and stirring up dust particles to name a couple. Convection heat is often vulnerable to heat loss – whether there is a draught or an open door, the hot air produced by convection heat is easily lost. This ensures that the convection heater needs to work hard to hold the vacuum at the ideal temperature.
Effective central heating network
Infrared heaters work in a particular manner than convection heaters. Infrared heaters operate not by heating the room, but by heating the artifacts, the people and the layout of the area. Energy is stored not in the sun, but the form of room. It makes heat loss a lot less of a concern such that if the room is up to temperature, the infrared heater will not have to work constantly to retain the temperature.
By utilizing infrared heaters to heat rooms, we need to adjust our controls differently from convection heaters. Convection power turns on and off at various intervals in the day (because it is an unreliable electricity). For infrared heating, we set the temperature parameters to optimize the performance of infrared heating. It means that the heat is maintained in the room’s configuration so that you get the best from this type of heating. It is important to insure that the infrared heaters you use have an effective control system.
Research has demonstrated that infrared heat is a more effective source of heat than convection heat. And if you pose a question, can infrared heaters use a lot of energy, then the answer is no.
Where are the Energy Savings with Infrared Heaters?
It all begins at the design level. If we use an infrared heater to heat a room we use a formula different from that used by a convection heater, that attributes to the increased performance of the infrared heaters. For well-isolated area, we will usually measure the demand centered on 30W / m3, whereas for convection heating, you will start at 55W / m3, which would save more than 40% of the power demand right there!
If the infrared heater is on all the time and the convection heater isn’t, this saving does not mean much. So, let us get back to the issue, do infrared heaters use a lot of electricity?
Controls of infrared heaters
When you mount an infrared heater with no controls and switch it on, it can operate and draw power. This is the same as a convection-based heating system. To optimize the effectiveness of infrared heating, however, you need to ensure that your heating devices are up to date and that your central heating system is working properly (this often relates to conventional wet radiator heating systems).
When there is more than one heater in the house, they may always work at varying temperatures (and use specific quantities of electricity) depending on the particular conditions of the position of the heater. It offers extra output above and above the performance of the heating system.
The second method we monitor our central heating systems is to use our Eco set of electronic infrared heaters. In this situation, we use the Honeywell Performance Heating Control System , which enables a fine tuning of the temperature, the zoning function and, if needed, remote control with an app that can also be geo-enclosed.
Both of these solutions imply that heat can be sensed in the home rather than applied to the whole heating system as required by the traditional heating system.
So we have two fields of savings for infrared heating at the present, but there are more … power losses for a convection-based heating device that can be very drastic. Heat losses in the conventional central heating system occurs in various places , especially in the amount of heat transmitted. This implies the power loss from the hot water circulated by the boiler through the heating chain. For eg, it may leave the boiler at 60oF, but by the time it returns it may be down to 30oF, which ensures that the boiler will work hard to sustain the temperature, requiring more fuel to do so.
Heat lost via the conduit tubing and the radiators themselves, which have to operate harder than the infrared heater device to sustain temperatures due to the inefficiency of the hot air and the use of it as a heat distribution method (convection gas). The more the boiler needs to operate, the more it reduces total performance, which ensures that you are saving money on the inefficiency of convection power, but rather subsidizing the diminishing efficiency of the boiler.
Cost of Ownership
When comparing various programs, it is necessary not only to evaluate everyday operating costs but also to recognize each device’s total cost of ownership.
The cost of installing a traditional wet radiator (convection) heating system is higher than installing an ambient central heating system. It is also more difficult, with extra pipework, lagging, etc.
Day to Day Operating Price
We need to understand fuel costs, any standing charges, regular repairs, performance, dispersed heat losses, and controllability. When both of these considerations compare, the usage of infrared heating is considerably cheaper than conventional central heating systems. If we include the related expenses and expectations described above, we will indicate an average expense assessment of ownership.
Comparing electronic heating with gas central heating
Despite gas costing just 3.5p / kWh. It is very obvious that heating a house despite gas is significantly lower than heating a house with energy. Although there is one crucial thing to remember.
Using some type of electrical heating, you can heat different rooms as needed, simply by flipping on the electrical heating units in those rooms. It is also tougher to use a gas central heating device, even with thermostatic radiator switches. The explanation is that the furnace always has to be heated, even though it just has to provide enough hot water to fuel one radiator.
And while gas central heating is a wonderful way to heat your house, you can zone the heating with electrical heating quite quickly (i.e. only heat rooms if and when needed). The argument for gas over electrical heating is not black and white.
So, besides, if you are going for electrical heating and do not have the funds readily accessible to go for a heat pump. We will consider infrared heating as a means of heating your home or company. The operating costs of infrared heating and electric convection heating indicate. That there are substantial reductions to be created in infrared switching.
The argument for infrared over and above the gas central heating device is not persuasive, however the potential to heat only rooms as needed and the small deployment and maintenance costs indicate that infrared will not underestimate.
Infrared heater or oil radiant heater
How were these two acting against each other? If you had to choose one, you should prefer an infrared heater. We noticed that the infrared heater was best adapted for heating a wider room than the oil-filled radiant heater.
Because the infrared heater has a fan that moves the hot air away from the infrared heating elements. And circulates the heated air throughout the space. While the radiator simply uses the convection process to heat the air. By heating the artifacts around it (a much slower process).
If you swap a gas central heating device with an electronic infrared heating system, you can save more energy. You can also benefit from a more controllable type of electricity. The opportunity to quickly zone and electricity the areas of your home or workplace.
Alongside this, the consistency of the electricity is worth remembering. Hopefully, this guide will help you in answering, ‘Do infrared heaters save money?’ in the long run.