INFRAPOWER – THE HEATING REVOLUTION OF THE 21ST CENTURY PROOFED HEATING SAVINGS UP TO 50% WITH PATENTED NEW TECHNOLOGY INFRAPOWER HAS THE HIGHEST POSSIBLE EFFICIENCY RATES AND HEATS IN THE OPTIMUM IR SPECTRUM basics of electric radiant heaters Infrared radiant panels use the same principle as the sun. It is easy to feel the difference between having the rays hit your body and when they stop (for example when the sun is blocked by a cloud). The rays of the sun do mainly not heat the air but the bodies they hit. The sun is the world’s best heater. The rays used for heating are the infrared rays.
optimum IR spectrum X-Rays
UV-Rays
Gamma Rays Radio Waves
Visible Light
0.7 5
1.5 Sun
Near IR Rays Medium IR Rays
3.0
6.0
Microwave
Optimum IR Spectrum
1 http://en.wikipedia.org/wiki/Infrared_heater#cite_note-4 2 Common known dark infrared heaters (also known as terrace- or quartz heaters, also quartz heat lamps) work
00 1,0
10 .0
Far IR Rays
Wavelenght
0
INFRAPOWER panels have an efficiency ratio with is above 81% (in theory the highest possible ratio is a bit higher than 84% (check Wikipedia). 1 INFRAPOWER is the leading manufacturer of infrared panels and guarantees with its unique techniques and highest grade of materials used this outstanding performance.
Infrared
. 15
Following this argument, the best radiant panel heater is the one which produces the maximum amount of infrared rays. Only then a panel works efficient and uses the advantages of the sun described. However, as infrared heating became very popular the last years, more and more electric heaters call themselves “infrared heaters”, even they have an output rate of infrared which is below 25% (which means 25% of the input power is transferred into IR rays and 75% into normal convectional heat or heat/energy loss). There are no national or international regulations, above which percentage a heater can be called “infrared heater”, but from our understanding the limit should be at least above 50%.
optimum IR spectrum As mentioned above, it is very important that a radiant panel produces IR rays at a certain high efficiency rate. However, it is of same importance that most of the rays are in a certain infrared spectrum. INFRAPOWER has developed with Japanese and Austrian technicians a special formula for its heating element and a unique reflector technique that 99% of the produced infrared rays are in the optimum IR spectrum. Here some more background information: Infrared is electromagnetic energy. It is part of the electromagnetic spectrum which is comprised of radio waves, microwaves, infrared, visible light, ultraviolet, x-rays, and gamma rays. In the electromagnetic spectrum, infrared falls in between microwaves and visible light waves. Its wavelengths are shorter than microwaves but longer than those of visible light.
with very high surface temperature (500 to 1800C) and produce the A rays – check Wikipedia: http://en.wikipedia.org/wiki/Infrared_heater#Types
INFRAPOWER – THE HEATING REVOLUTION OF THE 21ST CENTURY The prefix infra derives from the Latin word which means below. Thus, infrared means below red, indicating its position in the electromagnetic spectrum. Red is the color of visible light. Infrared is invisible to the human eye. Also the sun produces many different type of rays (from Microwaves to Visible Light and X-Rays, see graph above). Only rays which fall in a certain spectrum (0.75 to 15 microns) do the heating. These rays are called Infrared Rays (A) Near-, (B) Medium- and (C) Far IR Rays. The best and most efficient spectrum for heating is the C Spectrum (Far IR rays, 6 to 10 microns). Therefore, it is important that an infrared panel heater produces most of its IR rays in this optimum spectrum. INFRAPOWER panels produce 99,82% of its output in the C-range and more than 90% of it in the optimum spectrum of it (6 to 10 microns, see test report from Seibersdorf Laboratories, Austria). 3 INFRAPOWER reaches this optimum spectrum with a patented formula of a very high grade Carbon Nickel mixture (developed by Austrian technicians) and a Nano Silver conductor (developed by Japanese technicians). All coated by dielectric layer and 100% PE protection. A unique reflector technology emits all IR to one side (no loss to backside, backside gets hot but no IR rays to backside). 4
Another important factor for reaching the optimum IR spectrum is that the heater panel performs at a certain temperature range. The less input power (W) used to achieve this certain surface temperature the better the panel (e.g.: a panel of same size with same surface temperature which use less power is better than a panel which needs more power to achieve the same surface temperature). INFRAPOWER panels are exactly in the mentioned temperature range. Furthermore, it is essential that the heat distribution on the surface is equal. Only an equal heat distribution (surface temperature) guarantees that the total input power (W) is used for working at best performance. Below please see the test results of INFRAPOWER. Converting infrared radiant energy into an image that the human eye can see and understand is the process called thermal imaging. This is achieved with the use of an infrared camera that accurately measures the temperature and translates it into color. Infrared imaging shows the heat distribution of certain bodies. The image below shows the outstanding heat distribution of INFRAPOWER radiant panels. 5 equal heat distribution on panel
test “house for laser” LED&Lamp Safety
percentage distribution of the emitted radiation in the spectral range
3 TEST House for Laser, LED & Lamp Safety, Gutachten Nr. LE-G-0035-1/11 4 Simple Test: Hold hand 2cm behind the panel and you will not feel heat. No IR rays are emitted to the backsi-
IR-A
IR-B
IR-C
(0.78 ≤ ≤ 1.4 µm)
(1.4 ≤ ≤ 3 µm)
( > 3 µm)
0 %
0.18 %
99.82 %
de through INFRAPOWERs unique reflector technology (optical mirror layer applied). 5 Tested with IR thermal camera.
INFRAPOWER – THE HEATING REVOLUTION OF THE 21ST CENTURY heating revolution – energy savings up to 50 % In a research done by the University of Kaiserslautern (Germany, Univ. Prof. Dr.-Ing. Peter Kosack) 6 , a German distributor compared INFRAPOWER panels with conventional gas heating. INFRAPOWER panels were compared with a conventional gas heating. The result: up to 50% energy savings possible with INFRAPOWER panels. Over a period of 5 months, two identical apartments (one apartment is located in second floor and the other one located in third floor) were tested. In one apartment traditional gas heating was installed and the in the other one only infrared panels were used to heat the rooms (only the water was heated with gas). The average consumption of gas and electricity per square meter was 187,85 kWh for gas heated apartment and 71,21 kWh for the apartment which was heated by infrared panels. This result means that using gas heater will need almost 3 times more energy to heat the same room. 7 Depending on the gas and electricity price, the cost advantage using INFRAPOWER panels is different in each country (savings from 20 to 50% with INFRAPOWER panels). However, the factor perfect comfort
mentioned above does not take into account the development of the increase in gas and electricity prices over the last 10 years (see graph). Gas prices are rising in average 7,1% per year and electricity prices only 2,25% per year. In few years in all countries around the world heating with INFRAPOWER will at least save 40 to 50%. 8 Especially in Europe, the austerity measurements obliged to several member states of the EU increase the cost of oil and gas in percentage even further and high taxes lead to advantages in using electricity for heating. This effect makes infrared heating even more popular and will revolutionize the worldwide heating market of the future! This cost advantage can be heavily increased when infrared panels are used to heat up not the total house/apartment, but only certain living spaces (areas where people are located when staying at home). ONLY with infrared heaters this advantage can be used (as mentioned above, not the air but the bodies/things are heated up). With infrared heaters, not the air is circulating throughout the room, but objects/bodies absorb the pleasant infrared waves and release the warmth back to the room. The mentioned study confirms that this lead to the advantage that with infrared panels the temperature within a room can be reduced by 1-2 C in order to have the same warm feeling compared to all other heating systems. A saving in heating cost up to 50% can be achieved. As mentioned above, the gas/oil prices increase at a higher rate than electricity – this leads in few years to a further savings using INFRAPOWER panels. average price rising per year (2008 – 2011) gas
+ 7,1 %
fuel oil With INFRAPOWER's infrared heater it is possible to heat according to your individual needs. Due to the variable application you will receive comfortable heat, permanently or at times, exactly where it is needed.
6 Beispielhafte Vergleichsmessung zwischen Infrarotstrahlungsheizung und Gasheizung im Altbaubereich 7 The Research was made in the winter season 2009/10. In the meantime, INFRAPOWER panels improved both in efficiency rate as well as output of IR rays in the optimum IR spectrum. Around 10 to 15% further savings are guaranteed with the new patented technology of INFRAPOWER. The ratio of gas to electricity should me around 3.5 to 1 with the new INFRAPOWER technology. 8 A research done by European technicians show that
electricity
+ 12 % + 2,25 %
average price rising in % per year
because of austerity measures implemented by many countries in the European Union, the ratio of gas and energy price increase is much higher than the mentioned normal increase of 7,1% for gas and 2,25% for electricity. Governments do increase gas/oil prices more in difficult economic times than they increase the price of electricity. Because of the more and more popular usage of solar and photovoltaic modules in recent years, the production of electricity gets more independent from government which also contributes to a less rapid price increase of electricity.
INFRAPOWER – THE HEATING REVOLUTION OF THE 21ST CENTURY cheap, easy and safe usage
easy mounting
In addition to all above mentioned advantages, the purchase costs of INFRAPOWER radiant panels are much lower than all other heating systems. Furthermore there are almost no installation costs. INFRAPOWER panels can be fixed and mounted very easy and fast in 5 to 10 minutes. 9 INFRAPOWER panels were used in scientific and medical settings for several years (for example to warm newborns in the hospital, promote the healing of sprains or strained muscles and to maintain the cardiovascular fitness level of NASA astronauts during spaceflights, etc.). However, cost restraints in production made it not affordable to install INFRAPOWER radiant panels for common home use. A new developed technique produced in mass production makes it now possible to provide INFRAPOWER panels for every home. Depending on the finishing of the certain panel, which is mainly chosen by the distributors of INFRAPOWER according to their market needs, prices range from low to medium. 10 This mentioned mass production is tested by TUV Rheinland Germany and is conform with Europes highest quality standard (GS). 11 INFRAPOWER will play a major role in this revolution and lead the market in terms of quality, improvements and developments. We are constantly spending all our effort in upgrading INFRAPOWER panels in order to help customers to save heating costs. The future will show that infrared radiant panels will be the only affordable heating system and with INFRAPOWER INSIDE you can be sure to have chosen the best IR panels. INFRAPOWER. THE STANDARD FOR HIGH EFFICIENT RADIANT PANELS.
9 All INFRAPOWER panels do have an easy to understand template included. With no special tooling required, INFRAPOWER panels can be installed and working in 5 to 10 minutes installation time.
10 For example: Marble or ceramic panels do have nicer finishing (and higher cost) than aluminum or glass panels. 11 http://www.tuvdotcom.com/certificates/50225974?locale=en